The Aftermarket Is Growing. Is Your Warehouse Keeping Up?

The U.S. auto-care industry is projected to grow 5.4% in 2026, with the light-vehicle aftermarket close behind at 5.2%. Those are healthy numbers — the kind that show up in board decks and press releases as unambiguously good news.

But growth in the aftermarket doesn’t arrive as a clean, evenly distributed lift. It arrives as more SKUs, more order lines, tighter delivery promises, and more returns flowing back through the same building you were already running at capacity. The distribution operations supplying this market are working harder than ever, and not all of their warehouse systems are keeping pace.

If your parts DC was designed for the order profile you had five years ago, growth is not going to feel like a win. It’s going to feel like overtime.

Parts Warehouses Are Not Generic Warehouses

There’s a tendency in material handling to treat all distribution centers as variations on a theme: receive, store, pick, ship. In practice, an automotive aftermarket facility has a distinct operational profile that generic warehouse design handles badly.

Consider what a regional parts DC is actually managing:

Extreme SKU density. A regional parts distribution center commonly carries 50,000 or more active SKUs. Filters, sensors, brake components, gaskets, electrical parts, body panels — items that vary wildly in size, weight, velocity, and value, all needing to coexist in one pick strategy.

Small-carton and tote formats. Aftermarket order lines skew small. A typical outbound order is a handful of pieces destined for a jobber, a dealership, or an installer bay — not a pallet. That changes everything about how the pick face should be built and how product should move between zones.

Multiple picking zones with wildly different velocities. The top 5% of SKUs may account for half your order lines. The bottom 40% may turn twice a year. Running both through the same pick methodology means either overbuilding for slow movers or starving your fast movers of the density they need.

Time-sensitive outbound alongside slow-moving warranty parts. The same building that has to hit a 4:00 PM cutoff for next-day delivery also has to process warranty parts and cores moving on a completely different clock.

Legacy systems inherited through M&A. This one is increasingly common. Private-equity-backed rollups in the aftermarket space have consolidated a lot of regional distributors, and each acquisition brings a building full of equipment installed by a different integrator, at a different time, running different controls. The result is a network where no two sites operate the same way and nobody has a consolidated view of throughput.

The pressure to run these operations more efficiently is real — and it’s growing right alongside the market.

Four Systems That Determine Whether Your DC Scales

When Century and the LaFayette Engineering family of companies evaluate a parts distribution operation, four areas consistently separate facilities that absorb growth from facilities that buckle under it.

1. Pick Modules Designed for Small-Carton and Tote Movement

The pick module is where an aftermarket DC either earns or loses its productivity. High-density zone picking — carton-flow racks, live storage, and integrated conveyor takeaway — is purpose-built for exactly the SKU density and small-piece order profile that defines this vertical.

The design questions that matter: How many facings can you present per operator per hour without excessive travel? Is replenishment happening from behind the pick face so it doesn’t interrupt picking? Are your zones balanced so no single operator becomes the bottleneck for every order? Can you re-slot seasonally without rebuilding the module?

A well-designed multi-level pick module concentrates thousands of facings into a compact footprint with conveyor doing the horizontal travel instead of people. That’s the single biggest labor lever in most parts DCs.

2. Shipping Sortation and Print-and-Apply for High-Velocity Outbound

Outbound is where growth pressure shows up first and most visibly. When volume climbs, manual sortation to shipping lanes becomes the constraint — and the failure mode isn’t just slowness, it’s mis-sorts that turn into service failures and returns.

Automated shipping sortation paired with inline scan tunnels and print-and-apply labeling keeps outbound moving accurately at shift-peak volumes. Scan tunnels capture dimensional and identification data without an operator handling the carton. Print-and-apply removes the label station as a discrete step. Together they let you push more cartons through the same shipping dock footprint with fewer touches and better carrier compliance.

If your operation currently absorbs peak by adding a second shift or temp labor at the shipping end, that’s a sortation problem wearing a labor costume.

3. Returns and Warranty Processing Built Into the Flow

Returns are not an edge case in the automotive aftermarket. They’re structural. Warranty claims, core returns, and incorrect-part returns are a permanent, significant inbound stream — and in a lot of facilities they’re handled in whatever floor space happened to be available when the volume got noticeable.

That improvisation has a cost. When returns processing shares dock doors, staging space, or conveyor with outbound, inbound exceptions stall outbound throughput. A properly designed returns lane — with its own receiving point, inspection stations, and disposition paths back to stock, to scrap, or to the supplier — keeps that interference from happening.

Designing returns into the flow from the start is dramatically cheaper than retrofitting it after the fact.

4. WCS Controls Upgrades for Legacy and Acquired Systems

This is the quiet one, and often the highest-leverage.

When an operator acquires facilities, they inherit equipment from multiple original integrators, installed across a span of years, running whatever controls platform was current at the time. Site A has one vendor’s PLC logic, Site B has another’s, and neither talks to the WMS the same way. Corporate has no consistent throughput reporting, and troubleshooting requires institutional knowledge that lives in one maintenance tech’s head.

A Warehouse Control System upgrade brings visibility and consistency across a consolidated footprint. LaFayette WCS is designed to sit on top of existing mechanical assets — meaning you can standardize controls, reporting, and diagnostics without ripping out serviceable conveyor and sortation.

The financial argument is straightforward: a controls upgrade typically costs a fraction of a mechanical replacement and often unlocks meaningful throughput from equipment you already own. Before you budget for new steel, it’s worth knowing what your current system can do under better control.

Signs Your Warehouse Is Falling Behind the Market

Some practical diagnostics. If several of these are true, your systems are constraining your growth rather than supporting it:

  • Peak season requires a second shift or significant temp labor to hit the same cutoff you used to hit on straight time
  • Your pick module was designed before your SKU count grew 30%+ and you’ve been absorbing new items into whatever space existed
  • Returns and warranty processing happen in space that was never designed for it
  • You’ve acquired facilities and can’t produce a consolidated throughput report across sites
  • Mis-ships and carrier compliance chargebacks are trending up
  • Your maintenance team is sourcing parts for equipment the original integrator no longer supports
  • Nobody can confidently answer “what’s our actual maximum daily order-line capacity in this building?”

That last one is telling. If you don’t know your ceiling, you’ll find it the hard way — usually during your busiest week of the year.

What Century and LaFayette Bring to a Parts DC

Whether you’re expanding an existing operation, consolidating sites after an acquisition, or modernizing a legacy system, the Century and LaFayette Engineering family of companies covers the full spectrum of what a parts distribution center needs:

  • Pick modules and carton-flow systems
  • Shipping sortation
  • Scan tunnels and dimensioning
  • Print-and-apply label systems
  • WCS and HMI controls upgrades
  • Returns and warranty lane design
  • Preventive maintenance programs
  • System audits for acquired facilities

That last item deserves emphasis. If you’ve recently acquired a facility and inherited a system you didn’t specify, a system audit gives you an objective read on what you have, what it’s capable of, and where the practical upgrade path runs — before you commit capital.

From Pick Module to Final Mile

The aftermarket’s growth is a genuine opportunity. Capturing it depends on whether your distribution operation can convert additional demand into shipped orders without proportionally adding cost, labor, and error.

That’s a design question, and it’s answerable. Whether you’re expanding, consolidating, or running a legacy system that’s starting to show its age, the Century and LaFayette family of companies can help you design a smarter, faster, and more serviceable parts operation.

Ready to talk through your parts distribution challenge? Start the conversation — no pitch, just an honest look at what your operation needs and what it takes to build it right.

Growth figures: Auto Care Association, 2026 projections.

Robots for Warehouse 101: FAQ About Century Conveyor Systems’ Robotic Fulfillment Solutions

robots for warehouse

Robots for warehouse is no longer limited to traditional conveyor equipment. As fulfillment operations become more demanding, businesses are looking for flexible ways to move cartons, totes, pallets, and other products while improving throughput and reducing unnecessary manual handling. Robots for warehouse operations can play an important role in that transition.

Century Conveyor Systems provides robotic fulfillment solutions as part of its broader approach to automated material handling. The company works with warehouses, distribution centers, and fulfillment facilities to design and implement automation systems, including automated guided vehicles (AGVs) and autonomous mobile robots (AMRs).

Below is a FAQ covering the most important questions about Century Conveyor Systems’ robots for warehouse applications, including how the technology works, where it fits, and why a customized approach matters.

robots for warehouse

1. What are robots for warehouse operations?

Robots for warehouse operations are automated machines designed to transport or handle materials with less manual intervention. At Century Conveyor Systems, robotic fulfillment includes two primary categories: automated guided vehicles (AGVs) and autonomous mobile robots (AMRs).

These technologies are designed to provide transportation capabilities similar to those traditionally performed by lift trucks or other material-handling equipment. The difference is that robotic systems can automate the movement of products between different areas of a facility.

Century describes AGVs and AMRs as solutions for warehouse robotic fulfillment, with applications ranging from transporting pallets and cartons to supporting goods-to-person order fulfillment. 

Rather than treating a robot as an isolated piece of equipment, Century approaches robotic fulfillment as part of a larger automation system. That distinction matters because the value of a warehouse robot depends on how effectively it works with conveyors, storage, controls, software, packing operations, and the overall flow of goods.

2. What is the difference between an AGV and an AMR?

The biggest difference is how the robot navigates its environment.

An automated guided vehicle (AGV) follows a defined navigation system. Century notes that AGVs can use technologies such as magnetic tape, QR codes, inductive wires, and laser grids to navigate. They are particularly well suited to transporting pallets, cartons, or non-conveyable products along established routes. AGVs can also be equipped with conveyor or cart attachments depending on the material being handled. 

An autonomous mobile robot (AMR) is more flexible. AMRs do not require a fixed track and instead use sensors and programming to navigate through a facility. This allows them to move totes, cartons, and carts through a distribution environment with greater freedom. 

For a warehouse considering robots, the choice is therefore less about deciding which technology is universally better and more about determining which technology fits the facility’s workflow. A predictable, static transportation route may favor an AGV, while an operation requiring more dynamic movement may benefit from AMRs.

3. Why use robots for warehouse order fulfillment?

Robots can reduce unnecessary manual transportation while helping a facility process orders more efficiently.

Century’s order fulfillment approach focuses on optimizing operations for output performance, reducing errors that can contribute to returns or damaged products, and processing items faster with fewer manual interactions. 

This is especially relevant in goods-to-person environments. Instead of requiring employees to spend substantial time walking through a facility to retrieve inventory, AMRs can transport totes or cartons to designated areas and support the movement of products toward packing or fulfillment personnel. Century specifically identifies goods-to-person operations as a favored use case for AMRs. 

The benefit is not simply that a robot replaces a particular manual task. The larger opportunity is to redesign the flow of work so employees can spend more time on productive fulfillment activities while automated equipment handles repetitive transportation.

That can be particularly valuable in operations where order volumes fluctuate, travel distances are significant, or warehouse layouts make manual transportation inefficient.

4. Are Century’s robots for warehouse applications scalable?

Yes. Scalability is one of the key advantages Century identifies for robotic fulfillment.

Traditional automation can sometimes require substantial fixed infrastructure. Century points out that robotic systems are flexible because they are not “bolted down” in the same way as many other automation solutions. The company also describes robotic fulfillment systems as scalable, meaning additional systems can be implemented later as operational requirements change.

This can be important for a growing warehouse.

A facility does not necessarily know exactly what its throughput requirements will look like several years from now. Order volume may increase, product lines may change, or a company may expand into additional fulfillment channels. A scalable robotic strategy can provide a way to increase automated transportation capacity as those requirements develop.

For that reason, robots for warehouse applications can be considered not only as an immediate productivity tool but also as part of a longer-term automation strategy.

5. Can robots for warehouse work with conveyor systems?

Yes. In fact, integrating robots with conveyors can create a more complete material-handling system.

Century Conveyor Systems specializes in both conveyor systems and robotic fulfillment, which allows these technologies to be considered together rather than independently. Its conveyor solutions include belt, roller, modular belt, pallet, spiral, divert, accumulation, and extendable conveyor applications. 

AGVs, for example, can be deployed in environments where they interface with conveyor systems. Century notes that AGVs can also be fitted with conveyor or cart attachments for the products they handle. 

This integration can be valuable because different parts of a warehouse often have different transportation requirements. A conveyor may efficiently move packages along a high-volume fixed route, while a robot may be better suited to moving products between areas where installing permanent conveyor infrastructure would be less practical.

The result can be a hybrid system in which fixed automation and mobile automation each perform the tasks they are best suited to handle.

6. What warehouse tasks can Century’s robots for warehouse handle?

Century’s robotic fulfillment solutions can support several types of material transportation, depending on the system design and application.

AGVs can transport pallets, cartons, and non-conveyable items along established routes. AMRs can move totes, cartons, and carts throughout a facility. Century also identifies end-of-line and goods-to-person operations as applications for automated warehouse robots.

This makes robotic fulfillment relevant to more than one warehouse function. A system could potentially support the movement of inventory within a distribution facility, transport goods toward packing operations, or help move materials between automated and manual work areas.

The important consideration is that the robot should be selected around the material and workflow rather than simply choosing a robot because it is technologically advanced. Product dimensions, weight, transportation routes, operating volumes, interfaces with other equipment, and facility layout all influence the appropriate solution.

7. How does Century approach warehouse robotics differently from buying a standalone robot?

Century approaches robotics as part of a broader material-handling automation project.

The company describes itself as a full-service system integrator for shipping warehouses, distribution centers, and fulfillment facilities. Its stated process encompasses system design, validation, implementation, installation, startup support, and ongoing parts and service.

That systems perspective can be particularly important when introducing robots into an existing warehouse.

A robot does not operate in isolation. It may need to interact with conveyors, controls, warehouse management systems, warehouse control systems, storage systems, packing equipment, or other automated machinery. Century’s broader solution portfolio includes conveyor systems, robotic fulfillment, robotic palletizing, controls and software, storage modules, print-and-apply equipment, and service and parts. 

In other words, the objective is not merely to place robots inside a warehouse. The objective is to engineer an automated material flow in which the individual components work together.

8. Can robots for warehouse applications be customized?

Yes. Century specifically identifies customization as a benefit of its robotic fulfillment solutions.

Different warehouses have different products, layouts, order profiles, throughput requirements, and operational constraints. A robot designed for pallet transportation, for example, may have very different requirements from an AMR moving totes to a packing area.

Century states that its robotic systems can be customized for specific handling solutions. 

Customization can involve determining the appropriate robotic technology, navigation approach, attachments, transportation routes, interfaces, and relationship between robotic equipment and other automation. This is why application engineering is such an important part of warehouse robotics.

A properly designed system starts with the operational problem and works backward toward the technology.

9. Are robots the right choice for every warehouse?

Not necessarily—and determining that is part of the automation design process.

Robots can provide flexibility and scalable transportation, but they are one component of a much larger range of warehouse automation technologies. Century offers conveyors, sortation systems, robotic palletizing, controls and software, storage modules, and other solutions alongside robotic fulfillment. 

For some transportation paths, a conveyor may provide the most efficient solution. For another part of the facility, an AGV or AMR may offer the flexibility needed. A high-volume shipping operation might benefit from sortation equipment, while pallet operations could require specialized pallet conveyors or robotic palletizing.

The strongest automation strategy is therefore not necessarily the one with the most robots. It is the one that uses the right technology for each part of the workflow.

10. How can a warehouse determine whether it needs robots?

Start by examining the movement of materials, not by starting with the robot itself.

A warehouse should evaluate where products enter the facility, where they are stored, how they are picked, how they reach packing stations, how orders move toward shipping, and where employees spend significant amounts of time transporting materials.

Century describes order fulfillment as the sequence of activities from receiving an order through getting the item to the shipping dock. Its stated objective is to optimize the system for output, reduce errors and damage, and increase processing speed while reducing manual interactions.

That perspective provides a useful framework for evaluating robots.

If employees spend substantial time repeatedly moving totes between the same locations, an automated transportation solution may be worth investigating. If products need to travel through a fixed, high-volume route, conveyors may be more appropriate. If transportation requirements change frequently or goods need to move dynamically throughout a facility, AMRs may offer a better fit.

The right question is therefore not simply, “Do we need robots?” It is, “Where is automation capable of creating the greatest operational improvement?”

11. Why consider Century Conveyor Systems for robots for warehouse projects?

Century combines robotic fulfillment with decades of material-handling and systems-integration experience.

Century says it has more than 40 years of conveyor experience and provides full-service automation covering design, validation, installation, startup support, and lifetime parts and service. The company also reports more than 1,500 installations over the past five years. 

For businesses exploring robots for warehouse operations, that broader experience can matter because successful automation requires more than selecting equipment. It requires understanding how equipment, software, controls, facility layout, product characteristics, and human workflows interact.

Century’s portfolio allows robotic fulfillment to be evaluated alongside conveyors, sortation, palletizing, storage, controls, and other technologies. That can help businesses develop an automation strategy based on the complete material flow rather than a single piece of equipment.

12. What is the first step toward implementing robots in a warehouse?

The first step is to evaluate the warehouse’s current material flow and identify where robotic transportation can deliver measurable value.

Century encourages businesses to provide project details so an automation expert can help determine the next steps for a distribution-facility automation optimization project.

A useful evaluation should consider factors such as product types, weights and dimensions, order volume, transportation distances, existing conveyor infrastructure, storage configuration, employee workflows, peak demand, and future growth.

From there, an integrator can determine whether AGVs, AMRs, conveyors, or a combination of technologies makes the most sense.

For organizations searching for robots for warehouse applications, that systems-level evaluation is often the most important starting point. The goal is not automation for its own sake. The goal is a warehouse that moves products more efficiently, scales with demand, minimizes unnecessary manual handling, and supports reliable order fulfillment.

Century Conveyor Systems’ robotic fulfillment solutions provide a flexible approach to that objective, with AGVs and AMRs that can be engineered around the specific requirements of a warehouse or distribution facility. 

To explore Century’s robots for warehouse capabilities and begin discussing a potential project, visit Century Conveyor Systems or its Conveyor Systems and Robotic Fulfillment page.

Sorting Conveyors FAQ 101: Understanding Century Conveyor Systems’ Amazing Conveyor System Integration

sorting conveyors

When warehouses and distribution centers need to move, route, and process products more efficiently, sorting conveyors can become a critical part of the material handling strategy. But selecting a conveyor is only one piece of the automation puzzle. The larger challenge is integrating conveyors with controls, software, sortation equipment, order fulfillment processes, and the physical layout of a facility.

Century Conveyor Systems approaches this challenge as a full-service system integrator. The company describes its work as turnkey material handling automation for warehouses, distribution centers, and fulfillment facilities, covering everything from system design and validation through installation, startup support, and ongoing parts and service.

The following FAQ explains how Century Conveyor Systems’ conveyor system integration approach can apply to sorting conveyors and broader order fulfillment operations.

sorting conveyors

What are sorting conveyors, and why are they important in an automated warehouse?

Sorting conveyors are material handling systems designed to route products, cartons, totes, or other items toward specific destinations within a facility. Rather than simply moving a product from point A to point B, a sorting conveyor system helps determine where an item should go and then directs it to the appropriate lane, workstation, packing area, shipping destination, or other process.

That distinction matters because modern fulfillment operations often have many destinations operating simultaneously. A conveyor system may need to move products from receiving or picking areas toward packing, then separate orders according to shipping requirements, customer destinations, carrier routes, or other operational criteria.

Century identifies sortation conveyors as one of its core solutions, with equipment including shoe, belt, tray, and Bombay distribution systems. The company positions these systems as rapid-throughput sortation equipment within a larger portfolio of material handling automation.

The value of sorting conveyors therefore goes beyond the conveyor hardware itself. A well-integrated system can connect transportation and sortation processes so that products keep moving through the facility with fewer unnecessary manual touches.

For businesses evaluating sorting conveyors, the key question should not simply be, “Which conveyor should we purchase?” A better question is, “How should the conveyor system work with the rest of our operation?”

How does Century Conveyor Systems approach conveyor system integration?

Century’s approach is broader than supplying individual conveyor components. The company describes itself as a full-service integrator, with system engineers responsible for designing, validating, and implementing turnkey systems. Its stated process encompasses system design, validation, final installation, startup support, and lifetime parts and service.

This integrated approach can be especially important for sorting conveyors because sortation typically sits within a network of other equipment and software. The conveyor must physically transport products, but controls and software also have to coordinate how products move through the system.

Century’s listed capabilities include concepts and design, controls engineering, control panel design and fabrication, electrical and mechanical installation, project management, project phasing, human-machine interfaces, and preventative maintenance.

That range of capabilities creates a more unified approach to automation. Instead of treating mechanical equipment, electrical controls, software, and installation as isolated projects, system integration brings those elements together around the facility’s operational goals.

For a warehouse considering sorting conveyors, this can mean evaluating the entire material flow before determining how the sortation equipment should be configured.

Why should sorting conveyors be planned around the entire order fulfillment process?

A conveyor can move a package efficiently and still fail to improve an operation if it does not fit the overall fulfillment process.

Century describes order fulfillment as the sequence of activities beginning when a fulfillment center receives an order and continuing until the item reaches the shipping dock for loading. Its stated goal is to optimize performance at each operational touchpoint, reduce errors that can contribute to returns or damaged products, and process items faster with fewer manual interactions.

This systems-level perspective is particularly relevant to sorting conveyors.

Consider a fulfillment operation in which products are picked manually, transported by conveyor, sorted into different destinations, packed, labeled, and ultimately sent to shipping. Improving only one segment may create a bottleneck somewhere else. A faster sorter could overwhelm downstream packing stations. More accumulation could require different controls. A new conveyor route could interfere with pedestrian traffic or existing equipment.

System integration addresses these relationships before equipment is installed.

Century offers multiple conveyor technologies that can serve different portions of an order fulfillment system. Its portfolio includes live roller and gravity conveyors, belted conveyors, modular belt conveyors, conveyor diverts, zero- and minimum-pressure accumulation conveyors, extendable conveyors, spiral conveyors, and pallet conveyors.

The important point is that sorting conveyors do not necessarily operate alone. Their effectiveness depends on how well the entire material flow is designed.

How can Century integrate different conveyor technologies into one system?

Different products and operational steps require different forms of conveyance. A small polybag may need a different handling approach than a large carton or pallet, and an accumulation zone has different requirements from a high-speed sortation area.

Century notes that live roller and gravity conveyors can be used for packing lines, divert lines, extendable applications, and end-of-line operations. Belted conveyors can provide stable handling for small polybags, parcels, and irregular cartons, while also supporting inclines, declines, and gapping. Modular belt conveyors provide a different belt construction that can be easier to clean, modify, or maintain for certain applications.

Conveyor diverts provide another integration point. According to Century, diverts can move products from a single conveyor line to other lines without requiring a large sortation system in every application. Different divert mechanisms can be selected depending on the product and required movement.

This illustrates why conveyor integration should begin with material characteristics and workflow rather than with a particular piece of equipment.

A successful design may combine several conveyor types, each performing a specific job. Sorting conveyors can handle routing, while accumulation equipment manages spacing, belt conveyors stabilize certain products, and gravity or live roller sections support packing or end-of-line processes.

The result is a system designed around the operation rather than a collection of disconnected conveyor components.

Can sorting conveyors work with robotics and other warehouse automation?

Yes. Sorting conveyors can be one component of a broader automated fulfillment environment that also includes robotics.

Century offers robotic fulfillment solutions involving automated guided vehicles (AGVs) and autonomous mobile robots (AMRs). The company describes AGVs as suitable for transporting pallets, cartons, and non-conveyable products along static routes, while AMRs can navigate more freely through a facility and are suited to applications such as goods-to-person fulfillment.

This creates opportunities for hybrid automation.

For example, a facility could use conveyors for predictable, high-volume product movement while using mobile robots for flexible transportation between areas that are difficult or inefficient to connect with fixed conveyor. The appropriate balance depends on the facility, product mix, throughput requirements, and operational objectives.

Century also states that its robotic fulfillment solutions can be scalable and flexible, with systems capable of being added later and customized for specific handling requirements.

The broader lesson is that sorting conveyors do not have to represent the entirety of a warehouse automation strategy. They can be integrated into a larger system in which fixed conveyors, sortation equipment, controls, and robotics each handle the tasks they are best suited to perform.

How do controls and software fit into a sorting conveyor system?

The mechanical conveyor is only part of an automated material handling system. Controls and software determine how equipment operates together and how products are directed through the facility.

Century lists controls and software among its primary solutions, including control panel fabrication, programmable logic controls (PLC), Warehouse Management Systems (WMS), and Warehouse Control Systems (WCS).

This layer of integration is especially important for sorting conveyors because sortation decisions need to correspond with the operational information associated with each product or order.

A conveyor can physically send an item toward several possible destinations, but the system needs a reliable method for determining the correct destination and coordinating equipment at the appropriate time. Controls can manage conveyor operation and equipment interactions, while warehouse software can provide information needed to support the overall fulfillment process.

For that reason, specifying sorting conveyors without considering controls and software can produce an incomplete automation plan.

Century’s system integration model combines engineering disciplines so the mechanical equipment, electrical systems, controls, and operational objectives can be considered together.

What makes conveyor system integration valuable for long-term performance?

A conveyor project should not end when the equipment is installed. Warehouses change, equipment requires maintenance, and production requirements can evolve.

Century lists conveyor preventative maintenance, repair services, replacement parts, mechanical and electrical installation, and ongoing service among its capabilities. The company also states that it has more than 40 years of conveyor experience and an established service department.

This long-term perspective is valuable when evaluating sorting conveyors because reliability directly affects the operation’s ability to keep products moving.

Century also notes that well-maintained conveyor systems can last more than 20 years and that additional solutions can be added to conveyor lines to increase automation.

That makes maintainability and future expansion important considerations during the initial design.

A system designed only for today’s throughput may eventually become a constraint as order volumes, product types, or fulfillment requirements change. A system designed with scalability in mind can provide more flexibility for future modifications.

The objective, therefore, is not simply to install sorting conveyors that work today. It is to develop an automation platform that can continue supporting the facility as its requirements evolve.

What should a company consider before contacting Century about sorting conveyors?

Companies should begin by documenting the operational problem they want automation to solve rather than selecting equipment first.

Useful information can include current and projected throughput, product dimensions and weights, order profiles, destinations, peak volumes, existing conveyor equipment, available floor space, staffing requirements, current bottlenecks, and desired future capabilities.

It is also useful to identify where errors, manual handling, product damage, or delays occur. Century specifically emphasizes improving output performance, reducing errors that can cause returns or breakage, and processing items faster with less manual interaction in its order fulfillment approach.

From there, a system integrator can evaluate whether sorting conveyors are appropriate and how they should interact with other technologies.

Century encourages prospective customers to provide project details when beginning an automation optimization project, after which an automation expert can respond with next steps.

For organizations exploring conveyor automation, this approach can help shift the conversation from purchasing equipment to engineering a complete solution.

Where can I learn more about Century Conveyor Systems’ conveyor integration services?

The best starting point is Century Conveyor Systems’ official website, where the company outlines its conveyor, sortation, robotic fulfillment, controls and software, storage, print-and-apply, service, and other material handling capabilities.

For a closer look at order fulfillment applications, visit Century’s Conveyor and Order Fulfillment Systems page. The page covers conveyor types, diverts, accumulation, pallet handling, robotic fulfillment, AGVs, and AMRs.

Ultimately, sorting conveyors are most effective when they are treated as part of a complete material handling strategy. Century Conveyor Systems’ conveyor system integration approach brings conveyor equipment together with engineering, controls, installation, project management, and ongoing service. For warehouses and distribution centers seeking higher throughput and more coordinated automation, that systems-level approach can be more valuable than choosing a conveyor in isolation.

Reverse Logistics: Why a Returns Process Isn’t a Returns System

Everybody promises easy returns. Very few operations can actually back that up.

Ask most warehouse and distribution leaders how they handle returns and you’ll hear some version of the same answer: “We deal with them as they come in.” That’s a process. It is not a system — and in reverse logistics, that distinction is where the money is won or lost.

Returns have quietly become one of the most consequential and least planned parts of modern warehousing and distribution. The expectations set by the largest players in e-commerce have created a world where customers assume returns are seamless. The reality on the warehouse floor is almost always more complicated. This article breaks down why reverse logistics is so hard, the three ways an undesigned returns process silently costs you, and what a real returns operation looks like when it’s built on purpose.

Returns Are Accelerating — and the Numbers Are Big

Returns are not going away. They are accelerating. A few figures put the scale in perspective:

  • $743 billion in merchandise was returned to U.S. retailers in 2023, according to the National Retail Federation (NRF).
  • On average, roughly 1 in 6 purchases is returned — and e-commerce return rates run about 3x higher than brick-and-mortar.
  • A properly designed returns operation typically routes incoming product through at least three disposition zones to sort and route what comes back.

For any operation moving meaningful volume, returns are no longer a rounding error. They’re a category of work large enough to demand its own design.

Every Warehouse Has a Returns Process. Very Few Have a Returns System.

The expectations set by the biggest e-commerce brands have trained customers to assume returns are effortless. Behind the scenes, that seamlessness is expensive and hard to reproduce.

Consider how much variance a single returns dock absorbs. A mattress cannot be resold. A returned pair of jeans probably can. An electronics return might go to a certified reseller. Damaged goods need assessment before you even know what to do with them. Every category is different, every industry handles it differently, and most of the time nobody designed the process — it just accumulated.

If your team is figuring it out item by item, you are not behind. You are in the majority. But being in the majority doesn’t mean it isn’t costing you. It usually means the cost is simply invisible.

Three Ways an Undesigned Returns Process Costs You

When returns are handled by improvisation instead of design, the cost shows up in three predictable places.

1. No Clear Intake Process

Returns arrive and everyone improvises. Every item is handled the same way regardless of its condition, category, or disposition path. The result is inconsistency you cannot measure and therefore cannot fix. Without a defined intake step, there’s no reliable way to know what came back or what should happen to it next.

2. Inventory That Goes Dark

Product comes back into your facility and stops being tracked. You don’t know what is resellable, what needs repair, or what is sitting in a pile taking up floor space. Returned inventory becomes invisible inventory — and invisible inventory is expensive inventory. Every unit that can’t be found or assessed is working capital you’ve already paid for but can’t recover.

3. Space and Labor With No Defined Output

You’re dedicating floor space and team hours to returns, but there’s no defined workflow, no throughput metric, and no connection to your forward fulfillment operation. That’s not a returns operation. That’s a costly holding area wearing the label of one.

Why Reverse Logistics Is Harder Than Forward Fulfillment

The challenge that makes reverse logistics fundamentally different from forward fulfillment is inconsistency.

Standard warehouse automation is designed for uniform product moving in one predictable direction. Returns are the exact opposite. Every item comes back in a different condition, a different size, and with a different disposition path. The same system that excels at shipping identical SKUs outbound can choke on the unpredictable mix coming back in.

That’s why designing a returns operation isn’t just “forward fulfillment in reverse.” It requires workflows and technology built to expect variance rather than fight it.

Technology That Handles Variance

Newer approaches are built specifically for this problem. Tote-based robotic storage systems — such as the 3D robotic storage approach from Attabotics, a Century technology partner — handle returns without requiring standardized product dimensions or a uniform SKU footprint. You place items in a tote and the system handles the rest. The mix doesn’t matter. The size variance doesn’t matter. The tote accepts it, the system routes it, and your team always knows exactly where each item is and what stage it’s in.

Century partners with Attabotics to design returns workflows that work the way your product actually behaves — not the way an automation textbook says it should. As one operator described it: when all different types of things are coming back in random sizes and conditions, you put them in a tote and the system does the rest, regardless of what’s in it. The reported impact of designing returns this way is significant — meaningful space reduction, dramatically faster order fulfillment, and a large share of labor liberated for higher-value work.

What a Real Returns Operation Looks Like

For operations that have built a proper reverse logistics workflow, the difference isn’t just operational — it changes how the whole team thinks about the back end of the business. Returns go from being a cost center nobody wants to own to a measurable, manageable part of the operation.

The shift is cultural as much as mechanical. As one distribution-center operations manager put it, teams that once dreaded “returns day” reach a point where it’s just another part of the workflow: they know what’s coming in, they know where it goes, and they know what’s sitting in the returns area at any given time.

When You Build It Right, Returns Become a Resource

A designed returns system converts a liability into leverage in four ways.

Recovered inventory value. Returns that used to sit unassessed are identified, routed, and recovered — back to the shelf, to a reseller, or to a vendor credit. Product stops disappearing into a pile.

Faster throughput. Returns move through your building on a timeline you control, not a timeline dictated by accumulation. A system creates a cadence, and a cadence creates predictability.

Labor with a purpose. Your team processes returns in a defined workflow with clear steps and measurable output. Every hour spent on returns produces a tracked result, not a vague sense of progress on an undefined pile.

Visibility you can report on. You know what came back, why it came back, and what happened to it. That data shapes purchasing decisions, vendor relationships, and customer policy — none of which is possible when returns are invisible.

How to Start Designing Your Returns System

Moving from process to system doesn’t require solving everything at once. A practical sequence:

  1. Define a single intake step. Every return gets logged and assessed the same way before anything else happens.
  2. Establish disposition zones. Decide the routes — resell, repair/refurbish, recycle, vendor return — and sort against them consistently.
  3. Make returned inventory visible. Track it the moment it re-enters the building so it never goes dark.
  4. Set a throughput metric. Measure returns like any other operation, with a defined output per hour and per shift.
  5. Connect returns to forward fulfillment. Recovered product should flow back into sellable inventory quickly and predictably.

Frequently Asked Questions

What is reverse logistics? Reverse logistics is the set of processes for moving goods back from the customer through your facility — receiving returns, assessing condition, and routing each item to its best disposition (resale, repair, refurbishment, recycling, or vendor return). It’s the “backward” counterpart to forward fulfillment.

What’s the difference between a returns process and a returns system? A returns process handles items as they arrive, usually through improvisation. A returns system uses a defined intake, disposition zones, tracked inventory, and a throughput metric so results are consistent, measurable, and improvable.

Why are e-commerce return rates so high? Customer expectations for easy, free returns — set by the largest online retailers — encourage more frequent returns. E-commerce return rates run roughly three times higher than brick-and-mortar, which makes designed reverse logistics far more important for online and omnichannel operations.

Can warehouse automation handle returns? Traditional automation is built for uniform product moving one direction, so it struggles with returns. Systems designed for variance — such as tote-based robotic storage — handle mixed sizes and conditions without standardized dimensions, which makes them well suited to reverse logistics.

Turn Your Returns Into a Resource

Every reverse logistics challenge is different. If you want to talk through what your returns operation currently looks like — and what it could look like — that’s exactly the kind of conversation Century is built for. Returns don’t have to be the part of the business nobody wants to own. Designed well, they become a source of recovered value, predictable throughput, and real visibility.

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Century Conveyor Systems provides turnkey material handling automation and reverse logistics design for warehouse, distribution, and fulfillment operations. NJ | CA | KY.

Automated Material Handling FAQ 101: Everything You Need to Know About Century Conveyor Systems’ Solutions

automated material handling

As warehouses, distribution centers, and fulfillment operations continue toward automated material handling, businesses are searching for ways to increase throughput, improve order accuracy, and reduce manual handling. One of the most effective ways to accomplish these goals is through automated material handling.

Century Conveyor Systems specializes in designing and integrating turnkey automated material handling systems that combine conveyors, robotics, sortation equipment, warehouse controls, and software into a single, optimized solution. Rather than providing standalone equipment, Century develops customized systems that fit each customer’s workflow, operational goals, and future growth plans.

Below are answers to the most frequently asked questions about Century Conveyor Systems’ automated material handling solutions.

automated material handling

FAQ 1: What is automated material handling?

Automated material handling refers to the use of conveyors, robotics, software, sensors, and intelligent controls to move products throughout a warehouse or distribution facility with minimal manual intervention.

Instead of employees transporting products between receiving, storage, picking, packing, sorting, and shipping, automated systems continuously move inventory through each stage of the operation. The result is a smoother workflow that minimizes unnecessary handling while supporting faster processing.

Century Conveyor Systems engineers complete automated material handling solutions that are customized to each facility. Their systems can transport cartons, totes, pallets, drums, polybags, and other products using the right combination of conveyor technologies, robotic solutions, warehouse controls, and automation software.

Because every operation is different, Century begins with an evaluation of the customer’s existing processes before designing a solution that improves efficiency without disrupting daily operations. Their focus is not simply on installing conveyors—it is on creating an integrated system that improves overall warehouse performance.

FAQ 2: Why should businesses choose Century Conveyor Systems for automated material handling?

Many automation providers sell equipment. Century Conveyor Systems delivers complete system integration.

Instead of selecting individual pieces of equipment independently, Century engineers an entire automated material handling solution that allows every component to work together seamlessly.

Their projects typically include:

  • Conveyor systems
  • Automated sortation equipment
  • Robotic palletizing
  • AGVs (Automated Guided Vehicles)
  • AMRs (Autonomous Mobile Robots)
  • PLC controls
  • Warehouse Control Systems (WCS)
  • Warehouse Management System (WMS) integration
  • Installation
  • Startup support
  • Ongoing maintenance and service

This turnkey approach simplifies implementation because customers work with one experienced integration partner throughout the project—from initial design through long-term support.

Century also validates system performance during the engineering phase to ensure the finished solution aligns with operational goals such as increased throughput, lower labor costs, and improved reliability.

FAQ 3: How does automated material handling improve order fulfillment?

Order fulfillment is much more than moving products from one location to another. Every order must pass through receiving, storage, picking, packing, labeling, sorting, and shipping before reaching the customer.

Whenever products pause between these processes, bottlenecks develop. Employees spend valuable time walking products across the warehouse instead of completing higher-value tasks, and fulfillment speed suffers.

Century Conveyor Systems addresses these challenges by designing automated material handling systems that create continuous product flow throughout the warehouse.

Their order fulfillment solutions help businesses:

  • Increase processing speed
  • Reduce unnecessary product handling
  • Improve order accuracy
  • Minimize bottlenecks
  • Support faster shipping
  • Reduce product damage caused by excessive manual movement

Rather than relying on isolated automation, Century integrates conveyors, robotics, sortation systems, controls, and software into one coordinated operation. This allows products to move efficiently between departments without unnecessary delays.

The result is a warehouse capable of maintaining consistent performance during both normal operations and seasonal demand spikes.

FAQ 4: What technologies are included in Century Conveyor Systems’ automated material handling solutions?

Automated material handling involves much more than conveyors alone.

Century Conveyor Systems combines multiple technologies into one integrated solution depending on each customer’s operational requirements.

These technologies may include conveyor systems for transporting cartons, totes, and pallets; automated sortation equipment for directing products to the correct destination; robotic palletizing systems that automate repetitive end-of-line tasks; and autonomous mobile robots (AMRs) or automated guided vehicles (AGVs) that transport materials throughout the facility.

Century also integrates advanced controls and software, including programmable logic controllers (PLCs), Warehouse Control Systems (WCS), and Warehouse Management Systems (WMS), allowing equipment to communicate and operate as one coordinated system.

Additional solutions such as print-and-apply labeling, case forming, storage modules, shelving, racking, and automated storage and retrieval systems (AS/RS) can also be incorporated to create a comprehensive warehouse automation strategy.

Because Century designs every project around the customer’s workflow, businesses receive only the technologies that provide measurable operational value rather than unnecessary equipment.

FAQ 5: Can Century Conveyor Systems’ automated material handling solutions grow with a business?

Yes. Scalability is one of the most important considerations during system design.

Warehouse operations rarely remain static. New product lines, additional customers, seasonal demand, and expanding order volumes all place greater demands on material handling systems over time.

Century engineers automation with future growth in mind.

Their systems can often be expanded by adding additional conveyor zones, robotic equipment, sortation capacity, or autonomous mobile robots without requiring a complete redesign of the facility.

This phased approach allows businesses to invest in automation that meets current operational needs while maintaining flexibility for future expansion.

Instead of forcing customers into oversized systems on day one, Century develops solutions that can evolve alongside the business.

This long-term perspective helps maximize return on investment while minimizing disruption during future upgrades.

FAQ 6: How does automated material handling reduce labor challenges without replacing employees?

One common misconception is that warehouse automation exists solely to replace workers.

In reality, automated material handling is primarily designed to eliminate repetitive transportation tasks that consume employee time.

Without automation, warehouse staff may spend significant portions of each shift pushing carts, transporting totes, or moving cartons between departments.

Century Conveyor Systems automates these repetitive transportation activities, allowing employees to focus on higher-value responsibilities such as quality control, exception handling, equipment supervision, customer service, and inventory management.

This can help businesses:

  • Reduce unnecessary walking throughout the warehouse
  • Improve employee productivity
  • Lower physical strain
  • Support safer operations
  • Maintain consistent throughput during labor shortages

Rather than replacing people, automation enables existing teams to accomplish more with the resources already available.

For organizations facing hiring challenges or fluctuating labor availability, this operational efficiency can become a significant competitive advantage.

FAQ 7: Which industries benefit most from Century Conveyor Systems’ automated material handling solutions?

Automated material handling provides value across a wide range of industries that process high volumes of products.

Century Conveyor Systems designs customized solutions for warehouses, distribution centers, fulfillment operations, and manufacturers that require efficient product movement.

Industries that commonly benefit include:

  • E-commerce fulfillment
  • Third-party logistics (3PL)
  • Retail distribution
  • Consumer packaged goods
  • Manufacturing
  • Food and beverage distribution
  • Pharmaceutical distribution
  • Industrial products
  • Packaging operations

Because Century’s solutions are engineered around each customer’s workflow rather than a standardized design, they can accommodate a wide variety of products, handling requirements, and facility layouts.

Whether a business handles cartons, pallets, totes, drums, or polybags, Century develops an automation strategy that aligns with operational objectives while improving throughput and overall efficiency.

FAQ 8: What support does Century Conveyor Systems provide after installation?

Successful automated material handling extends well beyond installation day.

Century Conveyor Systems supports customers throughout the entire lifecycle of their automation investment.

After implementation, Century provides startup assistance, conveyor service, preventative maintenance, replacement parts, equipment support, and ongoing technical expertise.

Their experienced service team helps customers maintain peak system performance while minimizing downtime through proactive maintenance and responsive service.

This long-term partnership ensures businesses continue receiving value from their automation investment long after the original project has been completed.

For organizations that rely on continuous warehouse operations, dependable service and technical support are just as important as the original system design.

Century’s commitment to lifetime support allows customers to operate with confidence while adapting their systems as operational requirements evolve.

Final Thoughts

Automated material handling has become an essential component of modern warehouse and distribution operations. As order volumes increase and customer expectations continue to rise, businesses need systems that improve speed, accuracy, and operational efficiency without sacrificing flexibility.

Century Conveyor Systems approaches warehouse automation as a fully integrated solution rather than a collection of individual machines. By combining conveyors, robotics, sortation equipment, warehouse controls, software integration, and long-term support, the company designs automated material handling systems that are tailored to each customer’s specific goals.

Whether your organization is planning its first automation project or expanding an existing facility, Century Conveyor Systems provides the engineering expertise, system integration, and ongoing service needed to build an automated material handling solution that supports long-term operational success.

Conveyor System Integration FAQ 101: Everything You Need to Know About Century Conveyor Systems’s Great Services

conveyor system integration

Modern warehouses and distribution centers rely on much more than standalone conveyor equipment. Today, businesses need conveyor system integration. That is where conveyor system integration becomes essential.

Century Conveyor Systems specializes in designing and implementing turnkey material handling automation solutions rather than simply supplying conveyors. By integrating conveyors with warehouse controls, robotics, software, sortation equipment, storage systems, and fulfillment technologies, Century creates complete workflows that help warehouses operate more efficiently from receiving through shipping.

Below are answers to some of the most frequently asked questions about Century Conveyor Systems’ conveyor system integration services.

conveyor system integration

FAQ 1: What is conveyor system integration?

Conveyor system integration is the process of connecting conveyor equipment with every other critical component inside a warehouse or distribution center so they function as one coordinated operation instead of isolated pieces of equipment.

Rather than installing a conveyor simply to move products from Point A to Point B, an integrated system considers how inventory flows throughout the entire facility. Every component is engineered to support the next stage of the operation, creating a seamless material handling process.

At Century Conveyor Systems, conveyor system integration may include:

  • Conveyor systems
  • Warehouse Control Systems (WCS)
  • Warehouse Management Systems (WMS)
  • PLC controls
  • Robotic palletizing
  • Automated Guided Vehicles (AGVs)
  • Autonomous Mobile Robots (AMRs)
  • Barcode scanning
  • Print-and-apply labeling
  • Automated sortation systems
  • Storage and picking solutions

Because these technologies communicate with one another, products move efficiently through receiving, storage, picking, packing, labeling, sortation, and shipping with minimal manual intervention. Instead of creating isolated automation “islands,” Century engineers one unified system designed around operational goals.

FAQ 2: Why should businesses choose Century Conveyor Systems for conveyor system integration instead of purchasing individual conveyor equipment?

Many conveyor suppliers focus primarily on selling hardware. While quality equipment is important, equipment alone rarely solves operational inefficiencies.

Century Conveyor Systems approaches every project from a systems engineering perspective. Before recommending equipment, its engineers evaluate how products move throughout the entire warehouse. They consider factors such as:

  • Current workflow
  • Facility layout
  • Throughput requirements
  • Labor utilization
  • Shipping goals
  • Available floor space
  • Future expansion plans
  • Existing automation technologies

This engineering-first methodology helps ensure every conveyor contributes to overall operational performance instead of simply transporting products.

Century also manages the complete implementation process, including system design, engineering validation, installation, startup support, integration, and ongoing service. This turnkey approach reduces project complexity for customers while improving long-term system reliability.

Instead of coordinating multiple vendors for controls, conveyors, robotics, software, and installation, customers receive one integrated solution managed from beginning to end.

FAQ 3: How does Century Conveyor Systems’ conveyor system integration improve order fulfillment?

Efficient order fulfillment depends on much more than moving products quickly.

Every order typically passes through multiple stages, including:

  • Receiving
  • Inventory storage
  • Replenishment
  • Picking
  • Transportation
  • Packing
  • Labeling
  • Sortation
  • Shipping

If products slow down at any point, the resulting bottleneck can reduce throughput across the entire operation.

Century Conveyor Systems engineers conveyor system integration to optimize every touchpoint in this workflow. Conveyors continuously transport products between workstations while integrated controls and warehouse software coordinate movement across departments.

The benefits extend throughout the fulfillment process:

Higher throughput

Continuous product flow reduces waiting time between operations and allows facilities to process more orders in less time.

Improved order accuracy

Integrated barcode scanning, warehouse software, and sortation systems help ensure products are routed to the correct destination throughout the fulfillment process.

Reduced manual handling

Employees spend less time walking products across the warehouse and more time performing value-added tasks such as picking, quality inspection, and packing.

Lower product damage

Fewer manual touches reduce opportunities for mishandling, damaged inventory, and costly returns.

Better operational visibility

Integrated software provides real-time tracking of inventory movement, allowing warehouse managers to identify bottlenecks and improve performance.

Century’s goal is to increase output performance while minimizing errors and manual interactions, helping customers process orders faster and more consistently.

FAQ 4: Can Century Conveyor Systems integrate conveyors with robotics and warehouse software?

Yes. One of Century Conveyor Systems’ core strengths is integrating conveyors with complementary warehouse automation technologies.

Modern distribution facilities increasingly rely on multiple automation platforms working together rather than operating independently. Century designs conveyor system integration solutions that connect conveyors with technologies such as:

  • Automated Guided Vehicles (AGVs)
  • Autonomous Mobile Robots (AMRs)
  • Warehouse Management Systems
  • Warehouse Control Systems
  • PLC controls
  • Robotic palletizing
  • Automated storage systems
  • Print-and-apply labeling
  • Barcode scanners
  • Automated sortation equipment

For example, products may arrive at receiving, travel via conveyor into storage, be retrieved through automated picking, move to robotic palletizing or packing stations, receive shipping labels automatically, and then be sorted for outbound transportation—all within one coordinated workflow.

This level of integration minimizes delays between processes while improving consistency and operational efficiency across the facility.

FAQ 5: How does conveyor system integration support long-term warehouse growth?

Warehouse operations rarely remain static. Businesses often experience changing order volumes, seasonal demand, additional product lines, and evolving customer expectations.

One of the primary advantages of Century Conveyor Systems’ conveyor system integration is scalability.

Rather than designing systems only for today’s workload, Century engineers solutions that can expand alongside future operational requirements.

This scalability may include:

  • Additional conveyor lines
  • Expanded sortation capacity
  • New robotic work cells
  • Additional warehouse software functionality
  • Storage expansion
  • Increased shipping lanes
  • Future automation technologies

Because the system is engineered as a connected platform, businesses can continue adding automation without replacing the entire infrastructure.

This protects capital investments while allowing operations to grow more efficiently over time. Whether expanding into a larger distribution center or increasing daily order volume, integrated systems provide greater flexibility than disconnected equipment purchases.

FAQ 6: What industries benefit most from Century Conveyor Systems’ conveyor system integration?

Conveyor system integration is valuable across many industries where efficient material movement directly affects productivity and customer satisfaction.

Century Conveyor Systems serves organizations such as:

  • E-commerce fulfillment centers
  • Third-party logistics (3PL) providers
  • Retail distribution centers
  • Manufacturing facilities
  • Parcel handling operations
  • Warehouse distribution centers

Although each operation has unique requirements, they all benefit from streamlined product flow, reduced manual handling, improved throughput, and greater operational visibility.

For example, an e-commerce fulfillment center may prioritize high-speed picking and sortation, while a manufacturing facility may focus on transporting work-in-progress materials between production stages. Century customizes each integrated solution according to the customer’s operational goals instead of relying on a one-size-fits-all design.

FAQ 7: What happens after a conveyor system integration project is completed?

Successful automation does not end with installation.

Century Conveyor Systems supports customers throughout the lifecycle of their automation investment. Beyond system design and implementation, the company also provides startup assistance, replacement parts, preventative maintenance, and ongoing service support.

This long-term partnership helps customers maintain system performance as operational requirements evolve. Regular maintenance can improve equipment reliability, reduce unexpected downtime, and extend the lifespan of integrated material handling systems.

Because Century understands every aspect of the installed system—from controls and software to conveyors and robotics—it can provide support that reflects the complete operation rather than focusing on individual components.

Conclusion

Choosing the right conveyor system integration partner involves more than selecting conveyor equipment. It requires an experienced systems integrator capable of designing an automation strategy that supports the entire warehouse operation.

Century Conveyor Systems takes a comprehensive approach by engineering turnkey material handling solutions that integrate conveyors with controls, robotics, warehouse software, sortation equipment, storage technologies, and fulfillment workflows. This connected approach helps businesses improve throughput, reduce manual handling, increase order accuracy, and build scalable operations prepared for future growth.

Whether your facility is upgrading an existing warehouse or building a new distribution center, Century Conveyor Systems focuses on delivering integrated automation solutions that optimize product flow from receiving to shipping while providing ongoing support long after installation.

Roller Conveyor System FAQ 101: Everything You Need to Know About Century Conveyor Systems’ Roller Conveyor Solutions

roller conveyor system

A roller conveyor system is one of the most dependable and versatile material handling solutions available for warehouses, distribution centers, manufacturing facilities, and fulfillment operations. Whether moving cartons, totes, pallets, or other packaged goods, roller conveyors create an efficient product flow that reduces manual handling while increasing throughput.

Century Conveyor Systems specializes in designing, engineering, and integrating complete conveyor automation solutions rather than offering one-size-fits-all equipment. Every roller conveyor system is engineered around the customer’s workflow, allowing businesses to improve productivity while preparing for future growth.

Below are answers to the most frequently asked questions about Century Conveyor Systems’ roller conveyor systems.

roller conveyor system

FAQ 1: What is a roller conveyor system?

A roller conveyor system is a material handling solution that transports products across a facility using a series of rotating rollers. Depending on the application, the rollers can either be powered by motors (live roller conveyors) or operate using gravity.

Roller conveyor systems are commonly used to move:

  • Shipping cartons
  • Totes
  • Cases
  • Trays
  • Pallets
  • Oversized packages
  • Drums

Century Conveyor Systems engineers roller conveyor systems that become part of a complete warehouse automation solution rather than functioning as standalone equipment. Their systems are designed to keep products moving efficiently from receiving and storage through picking, packing, sortation, and shipping.

Instead of requiring employees to manually transport products between workstations, the conveyor continuously moves inventory through the facility. This minimizes unnecessary travel time while creating a more organized workflow that supports higher throughput and improved operational consistency.

FAQ 2: What makes Century Conveyor Systems’ roller conveyor system different from standard conveyor equipment?

Many conveyor suppliers simply sell conveyor sections.

Century Conveyor Systems takes a much broader engineering approach.

Rather than selecting a generic conveyor from a catalog, Century designs an integrated solution that matches the customer’s facility layout, production goals, product characteristics, and long-term growth plans.

Every roller conveyor system is carefully engineered to work alongside technologies such as:

  • Warehouse Management Systems (WMS)
  • Warehouse Control Systems (WCS)
  • PLC controls
  • Barcode scanners
  • Robotic palletizing
  • Automated Guided Vehicles (AGVs)
  • Autonomous Mobile Robots (AMRs)
  • Automated sortation systems
  • Print-and-apply labeling equipment

Because every component communicates together, products continue flowing smoothly throughout the warehouse without creating isolated automation “islands.”

This integrated design philosophy helps eliminate bottlenecks while giving warehouse managers greater visibility into product movement from receiving through final shipment.

FAQ 3: What types of roller conveyor systems does Century Conveyor Systems provide?

Century Conveyor Systems offers multiple roller conveyor technologies depending on the products being handled and the operational requirements of the facility.

Live Roller Conveyors

Powered live roller conveyors use motors to drive rollers, automatically moving cartons, totes, and other products throughout the warehouse. These systems provide consistent movement regardless of floor elevation and are ideal for high-volume operations.

Gravity Roller Conveyors

Gravity conveyors use the natural force of gravity to move products. Since they require no motors, they are often used for accumulation zones, loading docks, shipping lanes, or temporary staging areas.

Poly-V Roller Conveyors

Poly-V powered roller conveyors are specifically designed for slower-moving, stable loads. These conveyors are commonly used for oversized products, drums, lighter pallets, and bulk materials that require controlled transportation.

Rather than relying on a single conveyor type, Century frequently combines multiple conveyor technologies within the same system to maximize efficiency throughout different operational zones. Each section is selected based on the product characteristics, required speed, accumulation needs, and available facility space.

FAQ 4: How does a roller conveyor system improve warehouse efficiency?

The greatest advantage of a roller conveyor system is its ability to create continuous product flow.

In many facilities, employees spend a significant portion of their workday simply transporting inventory between departments. While necessary, this manual movement adds labor costs without directly contributing value to the order fulfillment process.

Century Conveyor Systems designs roller conveyor systems that automate transportation between every major warehouse function, including:

  • Receiving
  • Storage
  • Replenishment
  • Order picking
  • Packing
  • Labeling
  • Sortation
  • Shipping

This continuous movement creates several operational improvements.

First, employees spend more time performing productive work instead of pushing carts or driving forklifts over long distances.

Second, products move through the warehouse more consistently, reducing delays caused by congestion or inconsistent manual handling.

Third, reducing unnecessary product touches lowers the likelihood of damaged inventory, shipping mistakes, and fulfillment errors.

Together, these improvements increase throughput while helping businesses process more orders with greater consistency.

FAQ 5: Can Century Conveyor Systems customize a roller conveyor system for different industries?

Yes.

One of Century Conveyor Systems’ biggest advantages is its ability to engineer custom solutions for virtually every warehouse and distribution environment.

No two facilities operate exactly alike.

Some businesses prioritize extremely high order volumes, while others focus on handling oversized products, mixed SKU inventories, or palletized loads.

Century engineers each roller conveyor system around factors including:

  • Product dimensions
  • Product weight
  • Facility layout
  • Order volume
  • Required throughput
  • Available floor space
  • Future expansion plans
  • Existing warehouse software
  • Automation goals

This customized engineering approach ensures every conveyor section supports the customer’s specific workflow instead of forcing operations to adapt to standardized equipment.

As businesses grow, these scalable systems can also accommodate additional automation technologies without requiring an entirely new conveyor infrastructure.

FAQ 6: How does a roller conveyor system support order fulfillment operations?

Modern order fulfillment depends on speed, accuracy, consistency, and scalability.

Every unnecessary delay between receiving inventory and shipping finished orders reduces overall warehouse performance.

Century Conveyor Systems designs roller conveyor systems specifically to optimize every stage of order fulfillment.

Instead of treating conveyors as simple transportation equipment, Century uses them as the backbone of an integrated fulfillment strategy.

Products flow continuously through receiving, storage, picking, packing, labeling, sortation, and shipping with minimal manual intervention.

This integrated movement provides several major benefits:

  • Faster order processing
  • Reduced labor dependency
  • Improved shipping accuracy
  • Lower product handling damage
  • Better workflow organization
  • Increased throughput during peak demand

As ecommerce continues to increase customer expectations for rapid shipping, automated roller conveyor systems help fulfillment centers maintain both speed and consistency without relying solely on additional labor.

FAQ 7: Can a roller conveyor system integrate with warehouse automation?

Absolutely.

Century Conveyor Systems specializes in complete material handling automation rather than individual conveyor installations.

Their roller conveyor systems are designed to integrate with a wide variety of warehouse technologies, including:

  • Robotic fulfillment systems
  • AGVs
  • AMRs
  • Automated storage systems
  • Robotic palletizers
  • Sortation conveyors
  • Barcode scanning systems
  • Warehouse software
  • PLC controls
  • Label printing systems

Because all components are engineered together, businesses gain a unified automation system rather than disconnected equipment from multiple vendors.

This coordinated approach improves product tracking, reduces bottlenecks, increases system visibility, and simplifies long-term expansion as warehouse needs evolve.

FAQ 8: Why choose Century Conveyor Systems for your roller conveyor system?

Selecting a roller conveyor system is about far more than purchasing conveyor equipment.

It involves choosing an automation partner capable of understanding your operation and designing a solution that supports both today’s production requirements and tomorrow’s growth.

Century Conveyor Systems offers a comprehensive approach that includes:

  • System design
  • Engineering
  • Equipment integration
  • Controls
  • Automation software
  • Installation
  • Start-up support
  • Conveyor service
  • Preventative maintenance
  • Replacement parts

Instead of delivering standardized conveyor layouts, Century develops customized material handling systems that improve operational efficiency across the entire facility.

By combining roller conveyors with advanced automation technologies, robotics, controls, and warehouse software, Century helps businesses reduce manual handling, increase throughput, improve order accuracy, and build scalable operations capable of supporting future growth.

For companies seeking a long-term material handling partner rather than simply purchasing conveyor equipment, Century Conveyor Systems provides the engineering expertise and integrated solutions needed to maximize warehouse performance.

Conveyor Belt Replacement FAQ 101: Everything You Need to Know About The Best Conveyor Belt Replacement Services

conveyor belt replacement

Conveyor belt replacement is one of the most important assets inside a warehouse, distribution center, manufacturing facility, or fulfillment operation. While conveyors are built for durability, conveyor belts naturally experience wear over time. Replacing a worn or damaged conveyor belt before it causes major downtime helps protect productivity, employee safety, and overall operational efficiency.

Century Conveyor Systems provides comprehensive conveyor service and parts support, including conveyor belt replacement, preventative maintenance, emergency repairs, and complete system optimization. Rather than simply replacing a worn belt, Century evaluates the entire conveyor system to ensure the replacement supports long-term reliability and peak performance.

Below are answers to the most common questions businesses ask about Century Conveyor Systems’ conveyor belt replacement services.

conveyor belt replacement

FAQ 1: When should a conveyor belt be replaced instead of repaired?

One of the most common questions facility managers ask is whether a damaged conveyor belt can simply be repaired or if complete conveyor belt replacement is the better option.

While minor issues such as small surface damage or localized wear may sometimes be repaired, replacement becomes the better investment when the belt begins affecting overall system performance.

Common indicators that conveyor belt replacement is necessary include:

  • Frequent belt tracking problems
  • Excessive fraying along belt edges
  • Deep cracks or tears
  • Belt stretching that prevents proper tensioning
  • Product slippage
  • Reduced throughput
  • Recurring repairs that increase maintenance costs
  • Damage that creates safety concerns

Replacing the belt before catastrophic failure helps prevent unexpected downtime that can interrupt production or fulfillment operations.

Century Conveyor Systems evaluates the condition of both the belt and the surrounding conveyor components to determine whether replacement is the most cost-effective long-term solution instead of repeatedly performing temporary repairs.

FAQ 2: What makes Century Conveyor Systems’ conveyor belt replacement services different?

Conveyor belt replacement is about far more than installing a new belt.

The replacement process affects every moving component within the conveyor system, including pulleys, rollers, bearings, drives, controls, and tracking systems. If these components are overlooked, even a brand-new belt may experience premature wear.

Century Conveyor Systems approaches conveyor belt replacement as part of complete conveyor system reliability.

Their service department offers:

  • Mechanical repairs
  • Electrical repairs
  • Conveyor controls support
  • Preventative maintenance
  • Emergency service
  • Replacement parts sourcing
  • Professional installation
  • Custom maintenance programs

Because Century specializes in complete conveyor systems and warehouse automation—not simply replacement parts—they understand how every conveyor component works together to maximize performance.

This system-wide approach helps extend equipment life while reducing future maintenance requirements.

FAQ 3: How does conveyor belt replacement improve order fulfillment performance?

For warehouses and distribution centers, conveyor belts serve as the transportation backbone of the entire fulfillment process.

Every package, carton, tote, or polybag depends on continuous conveyor movement between receiving, storage, picking, packing, sortation, and shipping.

A worn conveyor belt can create problems throughout the operation, including:

  • Delayed order processing
  • Package jams
  • Product instability
  • Inconsistent conveyor speeds
  • Manual intervention
  • Increased product damage
  • Lower throughput

Replacing an aging conveyor belt restores consistent product flow throughout the facility.

Century Conveyor Systems designs order fulfillment solutions that emphasize continuous movement while reducing unnecessary manual handling. Their conveyor systems are engineered to improve output performance, minimize fulfillment errors, reduce product damage, and increase operational efficiency.

By replacing worn conveyor belts before they become operational bottlenecks, businesses maintain the smooth product flow needed for high-volume fulfillment environments.

FAQ 4: Does Century Conveyor Systems replace more than just conveyor belts?

Absolutely.

Many conveyor problems that appear to be belt failures actually originate from other worn mechanical components.

During conveyor belt replacement, Century Conveyor Systems can inspect and replace additional components that affect conveyor reliability, including:

  • Rollers
  • Drive pulleys
  • Bearings
  • Motors
  • Sensors
  • Photo eyes
  • Electrical cables
  • Pneumatic components
  • Power supplies
  • Mechanical hardware

Replacing worn supporting components during the same service visit often prevents additional downtime later while improving overall conveyor performance.

Century also supplies replacement parts for numerous conveyor systems and serves as a distributor for Hytrol replacement parts alongside a broad selection of non-proprietary mechanical and electrical components.

FAQ 5: How does professional conveyor belt replacement reduce long-term operating costs?

Many companies delay conveyor belt replacement because they view it strictly as an expense.

In reality, postponing replacement often becomes significantly more expensive than replacing the belt at the appropriate time.

A deteriorating conveyor belt can create hidden costs such as:

  • Increased emergency repairs
  • Higher labor costs
  • Lost production time
  • Product damage
  • Increased maintenance frequency
  • Higher energy consumption from inefficient operation
  • Unexpected system shutdowns

Professional conveyor belt replacement restores system efficiency before these costs accumulate.

Century Conveyor Systems combines replacement services with preventative maintenance strategies that help businesses identify wear before it develops into larger mechanical failures.

Instead of reacting to conveyor breakdowns, facilities can operate under planned maintenance schedules that improve equipment availability and minimize costly disruptions.

FAQ 6: Can Century Conveyor Systems support conveyor belt replacement as part of a complete maintenance strategy?

Yes.

One of Century Conveyor Systems’ greatest strengths is that conveyor belt replacement is only one piece of their overall maintenance philosophy.

Their maintenance capabilities include:

  • Preventative maintenance contracts
  • Scheduled inspections
  • One-time repairs
  • Emergency service
  • Remote troubleshooting
  • Mechanical service
  • Electrical service
  • Conveyor controls support
  • System tear-outs
  • Parts management

Rather than waiting until a belt fails unexpectedly, preventative maintenance allows technicians to monitor wear patterns and schedule conveyor belt replacement during planned maintenance windows.

This proactive approach minimizes operational interruptions while extending the lifespan of the overall conveyor system.

For high-volume fulfillment centers operating multiple shifts, planned replacement can significantly reduce the risk of costly downtime during peak production periods.

FAQ 7: Why should businesses choose Century Conveyor Systems for conveyor belt replacement?

Choosing the right service partner is just as important as choosing the right replacement belt.

Century Conveyor Systems brings more than four decades of conveyor experience to warehouse automation, material handling, and fulfillment operations.

Their expertise extends well beyond conveyor maintenance to include:

  • Conveyor system engineering
  • Warehouse automation
  • Sortation systems
  • Robotic fulfillment
  • Conveyor controls
  • PLC integration
  • Warehouse Control Systems (WCS)
  • Warehouse Management Systems (WMS)
  • Robotic palletizing
  • Conveyor modernization

Because Century understands how conveyor belts interact with the entire automated operation, replacement services are performed with the larger system in mind rather than treating the belt as an isolated component.

This comprehensive understanding helps customers improve reliability, maximize throughput, and prepare their facilities for future operational growth.

Whether replacing a single worn conveyor belt or supporting a large-scale automated distribution center, Century Conveyor Systems focuses on restoring dependable performance while helping customers reduce downtime and maintain efficient material flow throughout their operations.

Conveyor Belt Maintenance FAQ 101: Your Complete Guide to Century Conveyor Systems’ Amazing Maintenance Services

conveyor belt maintenance

Conveyor belt maintenance is one of the most important investments a warehouse, distribution center, manufacturing facility, or order fulfillment operation can make. A conveyor system serves as the backbone of daily operations, transporting products efficiently between receiving, storage, picking, packing, sortation, and shipping. When a conveyor experiences unexpected downtime, the resulting delays can quickly impact productivity, labor efficiency, customer satisfaction, and profitability.

Century Conveyor Systems understands that effective conveyor belt maintenance is about much more than fixing equipment after a failure occurs. Their approach focuses on preventative maintenance, rapid response, technical expertise, and customized service strategies that maximize equipment reliability while extending the life of valuable material handling systems.

Below are some of the most frequently asked questions about conveyor belt maintenance and how Century Conveyor Systems helps businesses protect their automation investments.

conveyor belt maintenance

FAQ 1: Why is conveyor belt maintenance so important?

Conveyor belt maintenance is essential because conveyor systems are often responsible for moving thousands of products every hour. If even one critical component fails, the disruption can spread throughout an entire facility.

A properly maintained conveyor system provides several operational advantages, including:

  • Reduced unplanned downtime
  • Improved employee productivity
  • Increased order accuracy
  • Longer equipment lifespan
  • Lower repair costs
  • Better workplace safety

Waiting until equipment breaks usually results in higher repair costs and more extensive operational interruptions. Preventative maintenance helps identify worn components before they fail, allowing repairs to be completed during scheduled maintenance windows rather than emergency shutdowns.

For facilities that rely on continuous product flow, proactive maintenance becomes a competitive advantage instead of simply another operating expense. Century Conveyor Systems emphasizes preventative service programs because keeping conveyors operating consistently is significantly more cost-effective than reacting to unexpected failures.

FAQ 2: What makes Century Conveyor Systems different from other conveyor belt maintenance providers?

One of Century Conveyor Systems’ biggest strengths is that the company approaches maintenance from the perspective of a complete automation integrator rather than simply a repair contractor.

Many maintenance providers focus only on replacing broken components. Century supports conveyor systems throughout their entire lifecycle—from engineering and installation to modernization, repairs, preventative maintenance, replacement parts, and ongoing technical support.

Because Century designs and integrates complete warehouse automation solutions, their technicians understand how every conveyor interacts with larger operational systems, including:

  • Conveyor controls
  • Sortation equipment
  • Warehouse automation
  • Order fulfillment workflows
  • Material handling processes

This broader understanding allows maintenance technicians to identify root causes instead of merely addressing symptoms.

Rather than repeatedly repairing the same issue, Century’s maintenance teams evaluate how mechanical, electrical, and controls-related components work together to improve long-term system reliability. This comprehensive approach helps customers minimize recurring issues while improving overall operational performance.

FAQ 3: What does Century Conveyor Systems include in its preventative conveyor belt maintenance programs?

Preventative maintenance is designed to reduce the likelihood of equipment failures before they occur.

Instead of waiting for belts to become damaged, bearings to fail, or motors to stop unexpectedly, Century Conveyor Systems performs scheduled inspections and maintenance activities that help facilities maintain consistent performance.

A preventative maintenance program typically includes:

  • Inspection of conveyor belts for wear and tracking issues
  • Roller and pulley inspections
  • Belt tension verification
  • Motor and gearbox evaluations
  • Electrical system inspections
  • Controls and sensor testing
  • Lubrication of required components
  • Identification of worn or damaged parts
  • Maintenance documentation and reporting

One of the biggest benefits of Century’s maintenance strategy is the detailed reporting provided after each service visit.

Rather than simply completing repairs, technicians document current equipment conditions, identify developing concerns, recommend corrective actions, and help facility managers prioritize future maintenance needs. This allows businesses to budget for repairs proactively while reducing the risk of unexpected failures.

The result is greater reliability, longer equipment life, and improved operational efficiency.

FAQ 4: How does Century Conveyor Systems support modern order fulfillment operations?

Today’s order fulfillment facilities operate under greater pressure than ever before.

Customers expect faster shipping, higher order accuracy, and shorter delivery windows. Conveyor systems must support continuous product movement throughout receiving, storage, picking, packing, sortation, and shipping processes.

Century Conveyor Systems has extensive experience designing and supporting conveyor solutions specifically for order fulfillment environments.

Their understanding of warehouse automation allows maintenance strategies to support not only equipment reliability but also operational throughput.

Instead of viewing conveyor maintenance as an isolated repair function, Century aligns maintenance with broader fulfillment goals, including:

  • Maintaining continuous product flow
  • Supporting high-volume order processing
  • Reducing manual product handling
  • Minimizing shipping delays
  • Improving warehouse efficiency
  • Protecting customer service performance

Because Century understands how fulfillment operations function as complete systems, maintenance recommendations are made with productivity, throughput, and operational continuity in mind—not simply mechanical repairs.

FAQ 5: How does Century Conveyor Systems reduce long-term maintenance costs?

Many organizations evaluate conveyor maintenance based only on immediate service costs. However, the true cost of conveyor ownership includes downtime, labor expenses, emergency repairs, equipment replacement, and lost productivity.

Century Conveyor Systems helps customers reduce these long-term costs through several strategies.

Proactive Maintenance

Routine inspections allow technicians to replace worn components before catastrophic failures occur.

Early Problem Detection

Small alignment issues, damaged rollers, worn belts, or failing bearings are identified before they create larger system failures.

Replacement Parts Support

Century assists customers with replacement conveyor parts and equipment, helping facilities maintain critical spare parts and minimize delays when repairs are needed.

Lifecycle Planning

Maintenance recommendations are based on the entire lifecycle of conveyor equipment rather than isolated repairs.

This proactive approach reduces emergency service calls while helping businesses maximize the return on their automation investment. Preventative maintenance almost always costs less than recovering from major equipment failures that interrupt production or fulfillment schedules.

FAQ 6: Why is technical expertise important in conveyor belt maintenance?

Modern conveyor systems are significantly more sophisticated than they were years ago.

Today’s automated facilities combine mechanical equipment with advanced electrical systems, programmable controls, scanners, sensors, and warehouse automation software.

When problems occur, the root cause may not be obvious.

For example, what appears to be a mechanical issue could actually result from:

  • Sensor failures
  • Control system errors
  • Electrical faults
  • Software communication issues
  • Automation integration problems

Century Conveyor Systems provides maintenance support across mechanical, electrical, and controls disciplines.

This multidisciplinary expertise reduces troubleshooting time because customers do not need multiple service providers to diagnose interconnected systems.

Instead, Century technicians can evaluate the complete conveyor system, allowing facilities to restore operations faster while minimizing unnecessary repairs.

The ability to diagnose complete automation systems is one of the reasons many businesses choose Century as a long-term maintenance partner rather than relying solely on reactive repair services.

FAQ 7: How does Century Conveyor Systems respond when unexpected conveyor problems occur?

Even with excellent preventative maintenance, emergency situations can occasionally arise.

When they do, response time becomes critical.

A conveyor outage can delay shipments, reduce throughput, create bottlenecks, increase labor costs, and negatively impact customer satisfaction.

Century Conveyor Systems supports customers with rapid service capabilities designed to restore operations as quickly as possible.

Their service organization includes:

  • Emergency repair services
  • Experienced conveyor technicians
  • Remote troubleshooting assistance
  • Mechanical repairs
  • Electrical diagnostics
  • Controls troubleshooting

Rather than simply dispatching technicians, Century also offers remote diagnostic capabilities that may resolve certain issues without requiring immediate on-site service.

Fast diagnosis often shortens downtime considerably, helping facilities resume production sooner while minimizing operational disruptions.

For businesses operating around demanding shipping schedules, responsive maintenance support can make a significant difference in maintaining customer commitments.

FAQ 8: Why are customized conveyor belt maintenance plans better than generic service schedules?

No two facilities operate exactly the same way.

A high-volume e-commerce distribution center has very different maintenance requirements than a manufacturing plant, food distribution warehouse, healthcare logistics operation, or third-party logistics provider.

Century Conveyor Systems develops maintenance programs that reflect each customer’s operational environment.

Factors considered include:

  • Conveyor operating hours
  • Throughput requirements
  • Equipment age
  • Environmental conditions
  • Product characteristics
  • Facility size
  • Automation complexity
  • Production schedules

Instead of applying identical maintenance intervals to every customer, Century tailors preventative maintenance schedules to match actual operating conditions.

This customized strategy helps customers avoid unnecessary service while ensuring equipment receives the attention required to maintain peak performance.

Customized maintenance plans ultimately improve reliability while making maintenance budgets more efficient and predictable.

Conclusion

Conveyor belt maintenance is not simply about repairing equipment after something breaks. The most successful facilities understand that preventative maintenance, technical expertise, rapid support, and long-term planning are essential for protecting productivity and maximizing automation investments.

Century Conveyor Systems delivers a comprehensive maintenance approach by combining preventative service programs, mechanical and controls expertise, responsive technical support, replacement parts assistance, and customized maintenance planning. Their experience with warehouse automation and order fulfillment environments enables them to help customers reduce downtime, improve equipment reliability, extend conveyor lifespan, and maintain efficient operations.

Whether your facility supports manufacturing, distribution, or high-volume order fulfillment, investing in professional conveyor belt maintenance from Century Conveyor Systems can help keep your conveyor systems operating safely, efficiently, and reliably for years to come.

Impressive Conveyor Installation Services FAQ 101: Everything You Need to Know About Century Conveyor Systems

conveyor installation services

Conveyor installation services is one of the most important investments a warehouse, distribution center, or manufacturing facility can make. While choosing the right conveyor equipment is essential, the quality of the installation has just as much impact on system performance, reliability, safety, and long-term return on investment.

Century Conveyor Systems provides comprehensive conveyor installation services as part of its turnkey material handling automation solutions. Rather than simply assembling equipment, Century manages the planning, engineering, installation, integration, testing, and startup of complete conveyor systems designed around each customer’s operational goals.

Below are answers to some of the most common questions about Century Conveyor Systems’ conveyor installation services.

conveyor installation services

What makes Century Conveyor Systems’ conveyor installation services different?

Century Conveyor Systems approaches installation as part of a complete system integration project instead of treating it as a standalone construction task.

This means the installation team works alongside engineers, project managers, controls specialists, and automation experts throughout the entire project lifecycle. Rather than coordinating multiple contractors, customers work with one experienced partner that oversees every phase—from system design through final commissioning.

This integrated approach offers several advantages:

  • Better communication between engineering and field installation teams
  • Fewer compatibility issues between mechanical and electrical systems
  • More efficient scheduling throughout the project
  • Reduced installation delays
  • Faster startup and operational readiness

Because Century manages every stage of the project, each installation is performed with the original system objectives in mind, helping facilities reach targeted throughput, efficiency, and productivity goals.

What types of conveyor systems can Century install?

Century Conveyor Systems installs a wide variety of automated material handling solutions for warehouses and distribution facilities.

Its conveyor installation services include systems such as:

  • Belt conveyors
  • Roller conveyors
  • Pallet handling conveyors
  • Trailer extendable conveyors
  • Sortation conveyors
  • Shipping conveyors
  • Distribution conveyors
  • Order fulfillment conveyor systems

In addition to conveyor equipment, Century also integrates complementary warehouse automation technologies including robotics, warehouse control systems (WCS), warehouse management systems (WMS), programmable logic controls (PLC), print-and-apply equipment, storage modules, palletizing systems, and automated guided vehicle (AGV) or autonomous mobile robot (AMR) solutions.

This allows customers to create a complete automated workflow instead of adding isolated pieces of equipment over time.

How does Century manage an entire conveyor installation project?

One of the biggest advantages of working with Century Conveyor Systems is its turnkey project management process.

Large warehouse automation projects involve many moving parts, including:

  • Engineering
  • Mechanical installation
  • Electrical installation
  • Controls programming
  • Equipment coordination
  • Contractor scheduling
  • System testing
  • Startup support

Managing each of these independently can create scheduling conflicts and costly delays.

Century assigns experienced project managers who coordinate every aspect of the installation. They oversee communication between engineers, installers, contractors, inspectors, and customer stakeholders to keep the project organized from beginning to end.

This centralized management helps ensure installation milestones stay on schedule while minimizing disruptions to existing warehouse operations.

Does Century provide engineering before installation begins?

Yes.

Successful conveyor installation begins long before the first conveyor section arrives on-site.

Century’s engineering team develops detailed system layouts, validates equipment selection, and designs automated material handling solutions tailored to each facility’s operational requirements.

The engineering process may include:

  • Warehouse layout planning
  • Equipment selection
  • Conveyor routing
  • Capacity planning
  • Mechanical engineering
  • AutoCAD system drawings
  • Controls engineering
  • Automation validation

By completing extensive planning before installation begins, Century reduces the likelihood of unexpected field modifications that can increase costs and delay project completion.

Proper engineering also ensures that each conveyor system supports future operational growth rather than simply solving today’s production challenges.

Can Century integrate conveyors with warehouse automation systems?

Absolutely.

Modern conveyor installation services involve much more than installing mechanical equipment.

Today’s distribution centers depend on integrated automation that allows conveyors to communicate with scanners, sensors, robotics, warehouse software, and control systems.

Century installs and integrates technologies such as:

  • Warehouse Control Systems (WCS)
  • Warehouse Management Systems (WMS)
  • PLC controls
  • Human Machine Interfaces (HMI)
  • Barcode scanning
  • Print-and-apply systems
  • Sortation controls
  • Robotic fulfillment equipment

This integration allows products to move efficiently through receiving, storage, picking, packing, sorting, and shipping while reducing manual intervention.

Instead of functioning as separate pieces of equipment, every component works together as one coordinated material handling system.

What industries benefit from Century’s conveyor installation services?

Century Conveyor Systems primarily serves facilities where efficient material movement is essential to productivity.

Its conveyor installation services support industries including:

  • E-commerce fulfillment
  • Retail distribution
  • Third-party logistics (3PL)
  • Manufacturing
  • Pharmaceutical distribution
  • Beverage distribution
  • Consumer goods
  • Shipping and parcel operations
  • Warehouse distribution centers

Because every operation has unique workflows, Century designs installations around specific operational requirements instead of relying on standardized conveyor layouts.

Whether a facility is processing cartons, totes, pallets, polybags, drums, or mixed products, the installation is customized to improve throughput and workflow efficiency.

Can Century install new conveyor systems while modernizing existing facilities?

Yes.

Many businesses need to improve productivity without constructing an entirely new warehouse.

Century offers retrofit and modernization services that allow customers to upgrade existing conveyor systems while preserving portions of their current infrastructure whenever practical.

These projects may involve:

  • Removing outdated conveyor equipment
  • Expanding conveyor lines
  • Relocating existing systems
  • Integrating newer automation technologies
  • Updating controls
  • Reconfiguring layouts for higher throughput

This approach allows facilities to modernize operations while making strategic use of existing investments.

Does Century provide electrical installation as part of its conveyor installation services?

Yes.

Mechanical installation is only one portion of a successful conveyor project.

Century also performs electrical installation and system wiring as part of its integrated services.

Electrical work may include:

  • Equipment power distribution
  • Control panel installation
  • Sensor wiring
  • Motor connections
  • PLC integration
  • Communication network installation
  • Automation controls

Because both mechanical and electrical teams work together throughout the project, startup and commissioning can proceed more efficiently than when separate contractors handle each phase independently.

What happens after the conveyor installation is complete?

Installation is only the beginning of a conveyor system’s operational life.

After installation, Century supports customers through startup, testing, validation, and ongoing service.

Post-installation support includes:

  • System startup assistance
  • Operational testing
  • Performance verification
  • Preventive maintenance
  • Conveyor repair
  • Replacement parts
  • Technical support
  • Emergency service

This long-term support helps facilities maintain reliable operation while reducing unexpected downtime.

Rather than ending the relationship after installation, Century continues supporting customers throughout the life of their automation investment.

Why is professional conveyor installation important?

Even the highest-quality conveyor equipment can experience unnecessary downtime if it is installed incorrectly.

Professional conveyor installation helps ensure:

  • Proper conveyor alignment
  • Accurate equipment positioning
  • Reliable electrical integration
  • Safe system operation
  • Efficient product flow
  • Reduced maintenance requirements
  • Improved equipment lifespan
  • Faster return on investment

Installation errors can create recurring maintenance issues, production bottlenecks, safety concerns, and reduced system performance.

Working with an experienced conveyor integrator like Century helps minimize these risks while ensuring the system performs according to its original engineering specifications.

How does Century support order fulfillment operations?

Order fulfillment facilities require conveyor systems capable of moving products efficiently through multiple processing stages without creating bottlenecks.

Century designs and installs order fulfillment systems that integrate conveyors with automation technologies such as robotics, storage systems, sortation equipment, and warehouse software.

These systems are engineered to streamline operations including:

  • Receiving
  • Picking
  • Packing
  • Sorting
  • Shipping
  • Inventory movement

By integrating conveyors with warehouse automation, businesses can increase throughput, improve order accuracy, reduce manual handling, and support future operational growth.

Is Century Conveyor Systems a good choice for conveyor installation services?

Businesses looking for a long-term automation partner often benefit from working with an integrator that offers far more than installation alone.

Century Conveyor Systems combines engineering, project management, mechanical installation, electrical installation, controls integration, startup support, maintenance, and ongoing service under one organization. This comprehensive approach helps eliminate many of the coordination challenges associated with large material handling projects.

For warehouses, distribution centers, and fulfillment operations planning new automation or upgrading existing systems, Century’s conveyor installation services are designed to deliver reliable performance from the earliest planning stages through years of ongoing operation. Whether the project involves a standalone conveyor line or a fully integrated warehouse automation system, Century provides the technical expertise and lifecycle support needed to help facilities maximize efficiency and productivity.