Warehousing and distribution operations play a critical role in getting products from storage locations to customers efficiently, accurately, and on time. As order volumes increase and fulfillment expectations continue to evolve, businesses need material handling systems that can keep pace with demand while controlling operating costs. Automation, conveyor technology, robotics, and warehouse control software can help distribution centers streamline workflows and improve productivity.

Century Conveyor Systems provides integrated material handling automation solutions for warehouses, distribution centers, and fulfillment facilities. From conveyor systems and automated sortation to robotic fulfillment, pallet handling, and warehouse control systems, the company helps businesses develop solutions tailored to their operational requirements.

Understanding how these technologies work together can help warehouse operators identify opportunities to improve performance, reduce manual handling, and prepare their facilities for future growth.

Below are frequently asked questions about warehousing and distribution and how Century Conveyor Systems can help businesses optimize their material handling operations.

1. What warehousing and distribution solutions does Century Conveyor Systems provide?

Century Conveyor Systems offers integrated automation solutions designed to improve the movement, handling, sorting, and processing of products throughout warehouse and distribution environments. Rather than focusing on a single piece of equipment, the company approaches material handling as a connected system that supports the entire fulfillment process.

Its solutions include conveyor systems, sortation equipment, robotic fulfillment, robotic palletizing, controls and software, storage modules, and shipping-related equipment. These technologies can support products ranging from individual cartons and polybags to totes, drums, and full pallets.

For example, a warehousing and distribution center might use belt conveyors to move small packages, powered roller conveyors to transport cartons, and automated sortation equipment to direct shipments toward the correct destination. Robotic palletizing equipment can then help organize completed orders for outbound shipping. Warehouse control technology coordinates equipment and movement throughout the operation.

Century Conveyor Systems also provides project-related services, including system design, validation, installation, startup support, and parts and service. This integrated approach allows businesses to plan material handling improvements around their actual operational requirements.

The right solution depends on factors such as facility layout, product dimensions, order profiles, daily throughput, labor availability, and anticipated growth. By considering these factors together, businesses can develop a warehousing and distribution strategy that addresses current bottlenecks without overlooking long-term needs.

2. How can warehousing and distribution conveyor systems improve distribution efficiency?

Conveyor systems help warehouses move products between operational areas with less dependence on manual transportation. Instead of requiring employees to carry cartons, push carts, or repeatedly move products between workstations, conveyors establish defined pathways that connect receiving, picking, packing, sortation, and shipping.

Century Conveyor Systems engineers conveyor solutions around the function of each section of a warehouse. Different products and workflows require different conveyor technologies, making equipment selection an important part of system design.

Belt conveyors, for example, provide stable movement for small packages, polybags, and irregularly sized cartons. Live roller conveyors are useful in applications that require powered movement, while gravity conveyors can support manual packing lines and other operations where products can move without a powered drive. Pallet conveyors are designed to accommodate heavier loads, with options selected according to pallet characteristics and handling requirements.

These technologies can improve warehousing and distribution efficiency in several ways. First, they reduce unnecessary travel between work areas. Second, they establish more consistent product flow, helping employees focus on value-added tasks. Third, they can support higher processing volumes by moving products continuously rather than relying entirely on individual handling.

Conveyors can also connect different stages of an automated workflow. When integrated with scanners, diverts, controls, and other material handling equipment, they help products reach the appropriate processing or shipping destination.

The goal is not simply to install more conveyor equipment. It is to design a layout that moves products through the facility efficiently, minimizes avoidable handling, and supports reliable throughput.

3. Can Century Conveyor Systems help reduce labor costs in warehousing and distribution?

Yes. Warehouse automation can reduce the amount of repetitive manual work required to move, sort, and prepare products for shipment. Century Conveyor Systems designs and implements automated material handling systems intended to increase output while lowering labor costs.

Labor efficiency is particularly important in facilities where employees spend substantial time transporting products, manually sorting cartons, moving pallets, or transferring goods between departments. These activities are necessary, but they can consume time that employees could otherwise spend on inspection, exception handling, quality control, and other tasks requiring human judgment.

Automated conveyors create predictable transportation routes, while robotic mobile systems can move totes, cartons, carts, or pallets between designated locations. Automated palletizing equipment can further reduce the physical effort associated with stacking completed cases onto pallets.

Consider a distribution center where employees routinely move cartons from a packing area to several outbound staging lanes. A conveyor system with appropriately configured diverts could automate much of that transportation and routing. Employees could then focus on resolving exceptions, monitoring product quality, or managing outbound shipments.

However, labor savings depend on the facility’s starting conditions, system design, order volume, and implementation costs. Automation may change job responsibilities rather than eliminate every manual task. Businesses should evaluate labor productivity, throughput, equipment utilization, maintenance, and total operating costs when estimating potential returns.

Century Conveyor Systems’ integrated approach helps businesses assess how equipment and controls can work together to make warehouse processes more productive.

4. What role does robotic fulfillment play in modern warehousing and distribution centers?

Robotic fulfillment helps automate the movement of goods within a warehouse, particularly when products must travel between storage, picking, packing, and shipping areas. Century Conveyor Systems offers solutions involving automated guided vehicles (AGVs) and autonomous mobile robots (AMRs), which can support different transportation requirements.

AGVs typically follow predefined routes using navigation technologies such as magnetic tape, QR codes, inductive wires, or laser-based guidance. They are suitable for operations that involve relatively consistent transportation paths, including moving pallets, cartons, or other loads between established locations.

AMRs use sensors and onboard navigation capabilities to move through a facility without relying on the same fixed route infrastructure. Their flexibility can make them useful in dynamic warehouse environments where transportation needs vary throughout the day.

One application is goods-to-person fulfillment. Instead of requiring employees to travel repeatedly to retrieve inventory, mobile robots can transport totes or other containers to picking or packing personnel. This approach can reduce unnecessary walking and help employees spend more time processing orders.

Robotic fulfillment can also support end-of-line operations, where finished products must be transferred from production or packing areas to another stage of the distribution process.

An important advantage is scalability. Depending on the application and system architecture, businesses may be able to introduce additional robots as demand increases. This can provide an alternative to making every transportation route permanently fixed in the facility.

Successful implementation still requires careful planning. Product weights, traffic patterns, charging requirements, safety procedures, floor conditions, and integration with existing equipment must all be considered. Century Conveyor Systems can help businesses determine where robotic transportation fits within a broader automation strategy.

5. How does automated sortation improve order accuracy and shipping performance of warehousing and distribution?

Automated sortation systems direct products toward the correct destination based on the requirements of a distribution operation. In a busy warehouse, this may mean routing cartons to specific carrier lanes, shipping doors, customer orders, store destinations, or downstream processing areas.

Without an effective sortation process, employees may need to identify, lift, scan, and redirect individual packages manually. As volumes increase, these tasks can create congestion and increase the likelihood of misrouted shipments.

Century Conveyor Systems provides sortation conveyor solutions designed to support rapid product throughput. Its broader material handling capabilities include conveyor diverts, which direct cartons from one line to another without necessarily requiring a large, dedicated sortation system for every application.

The appropriate technology depends on the number of destinations, package characteristics, required processing speed, and available space. A straightforward operation may benefit from strategically placed conveyor diverts, while a high-volume distribution center may require a more advanced automated sortation configuration.

Sortation can improve performance by reducing manual transfers, establishing more consistent routing, and helping products reach the correct shipping area. When combined with appropriate scanning and control processes, it can also support more reliable order handling.

Accuracy is not determined by conveyor equipment alone. Product identification, order data, software configuration, exception procedures, and employee training remain important. Automated equipment must receive reliable information to route packages correctly.

For businesses experiencing shipping bottlenecks or frequent sorting errors, evaluating the complete path from packing to outbound staging can reveal opportunities to improve both speed and accuracy.

6. Can Century Conveyor Systems integrate automation into an existing warehousing and distribution systems?

Yes. Warehouse automation does not always require replacing an entire facility or rebuilding every operational process. Many businesses can improve performance by modernizing specific areas, integrating new equipment with existing systems, or implementing upgrades in carefully planned stages.

Century Conveyor Systems offers retrofit and modernization capabilities alongside system design, mechanical installation, electrical installation, controls engineering, and project management. These services can help businesses evaluate how new material handling technology may fit within their current infrastructure.

For example, a warehouse may already have conveyor lines but experience recurring congestion near packing stations. An upgrade might involve changing conveyor configurations, introducing new diverts, improving controls, or automating a previously manual transfer point.

Another facility might need to expand outbound capacity without significantly disrupting daily shipping operations. Project phasing can help organize installation activities around operational priorities, available space, and acceptable downtime.

Integration requires more than determining whether a new conveyor physically fits. Engineers must also consider equipment interfaces, control logic, power requirements, traffic patterns, maintenance access, and the interaction between automated and manual processes.

Existing warehouse management systems and other operational software may also need to exchange information with new equipment. Proper planning helps ensure that automated workflows operate as intended and that employees understand how to respond to exceptions.

The most effective modernization strategy begins with identifying the specific operational problem. By targeting measurable bottlenecks instead of adding technology indiscriminately, businesses can make more informed investments in warehousing and distribution improvements.

7. How do warehousing and distribution control systems and automation software support distribution operations?

Material handling equipment performs the physical work of transporting and processing products, but software and controls help coordinate how that equipment operates. Without appropriate control logic, conveyors, scanners, diverts, and robotic systems may not work together as an efficient, connected process.

Century Conveyor Systems offers controls and software capabilities that include programmable logic controllers (PLCs), control panel design and fabrication, warehouse management system (WMS) integration, and warehouse control systems (WCS).

A WMS generally supports warehouse-level inventory and order management functions, while a WCS coordinates and manages automated material handling activities. A PLC controls equipment behavior at the machine or process level. Although their responsibilities differ, these technologies can work together to connect business instructions with physical warehouse operations.

For example, an order may be released for fulfillment through a warehouse management process. Conveyors then transport cartons through the facility, scanners identify packages, and control logic directs each item toward the appropriate destination. If an exception occurs, the system may need to route the item to a designated handling area rather than allowing it to continue through the normal workflow.

Effective integration can improve visibility, coordination, and consistency. It can also help businesses identify operational constraints and better understand where delays occur.

Software selection and configuration should reflect the facility’s actual processes, existing technology, and future plans. Businesses should clarify system responsibilities, communication requirements, reporting needs, and exception-handling procedures before implementation.

When equipment and software are designed as parts of a coordinated system, distribution centers can establish more dependable workflows and make better use of their automation investments.

8. How can businesses protect products from damage during warehousing and distribution handling?

Product protection is an important consideration in warehousing and distribution because damage can result in returns, replacement costs, shipping delays, and dissatisfied customers. Material handling systems should be designed around the physical characteristics of the products being transported, including their dimensions, weight, packaging, and fragility.

Century Conveyor Systems offers several conveyor technologies that address different handling requirements. Belt conveyors provide a stable transportation surface for smaller parcels, polybags, and irregular cartons. Modular belt systems can offer advantages in specialized applications where traction, tight transfers, or easier belt maintenance are important.

Accumulation conveyor systems can also help control the spacing between products. Zero-pressure accumulation is designed to prevent products from touching, while minimum-pressure accumulation allows products to make light contact. These configurations can be useful when contact between packages presents a risk of damage.

The benefits extend beyond conveyor selection. Poorly planned transfers, abrupt changes in direction, congested workstations, and uncontrolled accumulation can all contribute to handling problems. A well-engineered layout accounts for how products enter, travel through, and exit each stage of the system.

Businesses should also evaluate package stability, transition points, sensor placement, conveyor speeds, and the behavior of products when lines temporarily stop. Fragile items may require different handling conditions from durable cartons or heavy palletized goods.

Preventing damage requires matching the equipment to the application rather than assuming one conveyor design is suitable for every product. With an appropriate combination of engineering, controls, and operating procedures, warehouses can reduce avoidable product contact and improve the consistency of their fulfillment processes.

9. What maintenance and support services are important for automated distribution facilities in warehousing and distribution?

Automated material handling equipment must be maintained to support reliable performance over time. Even a well-designed system can experience wear, component failures, sensor issues, or control problems if maintenance is neglected.

Century Conveyor Systems offers conveyor repair, preventative maintenance, replacement parts, equipment service, and related support capabilities. Its service offerings also include mechanical and electrical expertise for material handling systems.

Preventative maintenance helps identify developing problems before they cause significant operational disruption. Depending on the equipment, maintenance activities may include inspecting belts and rollers, checking motors and drives, evaluating sensors, examining mechanical components, and verifying that safety systems function properly.

Replacement parts are another important consideration. Facilities that depend on automated conveyors may experience substantial disruption when a critical component becomes unavailable. Maintaining appropriate spare parts and having a clear process for identifying equipment requirements can help streamline repairs.

Businesses should develop maintenance plans according to equipment specifications, operating hours, product loads, environmental conditions, and manufacturer recommendations. Maintenance records and recurring fault data can also reveal patterns that indicate the need for repairs or modernization.

Support requirements vary by location and service type. Century Conveyor Systems identifies its primary field service coverage in the New Jersey, Pennsylvania, and New York metropolitan area, while also offering replacement conveyor parts and equipment quotations for shipment to customer locations.

For distribution centers with demanding shipping schedules, maintenance should be treated as part of the overall automation strategy rather than an afterthought. Reliable equipment, accessible technical support, and well-planned servicing help protect the investment in warehouse infrastructure.

10. How should a business determine whether warehouse automation is the right investment for their warehousing and distribution?

The decision to automate should begin with a clear understanding of current operational performance and the challenges a business wants to address. Automation can offer significant advantages, but the appropriate solution depends on the facility’s requirements, budget, order profile, and long-term strategy.

Businesses should first identify their most important constraints. These might include excessive employee travel, slow carton movement, limited shipping capacity, inconsistent order routing, repetitive pallet handling, or insufficient space for growing inventory volumes.

The next step is to establish a baseline using measurable operational indicators. Useful metrics include orders processed per hour, cartons handled per shift, labor hours per order, order accuracy, equipment downtime, product damage, and on-time shipping performance.

These measurements help determine whether the proposed system addresses a genuine business problem. For example, a conveyor upgrade may be valuable when transportation between packing and shipping is the primary bottleneck. Robotic fulfillment may be more appropriate when workers spend substantial time moving inventory containers. A sortation system may be the priority when outbound routing limits throughput.

The financial evaluation should consider more than the initial equipment price. Installation, software integration, facility modifications, maintenance, employee training, energy consumption, and future expansion can all influence the total cost of ownership. Expected benefits should be evaluated against these costs using realistic operating assumptions.

Century Conveyor Systems supports businesses through system design, validation, implementation, startup support, and ongoing parts and service. This provides a framework for assessing how a proposed solution fits within the facility’s wider operational goals.

A phased approach may be appropriate when a business wants to address its most urgent bottleneck before committing to a larger automation project. The key is to prioritize improvements that can be measured and aligned with long-term business objectives.

Conclusion: Improving Warehousing and Distribution With Century Conveyor Systems

Efficient warehousing and distribution depend on more than moving products from one location to another. Businesses must coordinate transportation, order fulfillment, sortation, inventory movement, shipping preparation, software, and equipment maintenance to achieve consistent operational performance.

Century Conveyor Systems provides integrated material handling solutions that address these connected requirements. Conveyor systems can streamline product transportation, robotic fulfillment can reduce repetitive movement, automated sortation can improve routing, and controls and software can coordinate equipment throughout a facility. Maintenance and modernization services help businesses support system reliability as operational demands change.

The right combination of technologies depends on each facility’s products, workflow, available space, labor requirements, and future growth plans. A careful evaluation of these factors can help businesses identify practical opportunities to improve productivity, reduce unnecessary handling, and strengthen distribution performance.

Organizations considering their next warehousing and distribution improvement can contact Century Conveyor Systems to discuss their facility requirements and explore an automation solution designed around their operational goals.

Warehouse operations are under constant pressure to move to automated solutions, fulfill orders faster, control operating costs, and maintain accuracy as customer expectations continue to rise. For distribution centers and fulfillment facilities, automated solutions can provide a way to improve material flow while reducing dependence on repetitive manual handling.

Century Conveyor Systems specializes in automated material handling and turnkey system integration for warehouses, distribution centers, shipping operations, and fulfillment facilities. Its approach brings together conveyor systems, robotic fulfillment, robotic palletizing, controls and software, sortation, storage systems, print-and-apply equipment, and ongoing service capabilities.

The following FAQ explains what makes Century Conveyor Systems’ automated solutions different and how the company’s approach can address several common warehouse and distribution challenges.

What are Century Conveyor Systems’ automated solutions?

Century Conveyor Systems’ automated solutions are engineered material handling systems designed to improve how products, cartons, totes, pallets, and other items move through a warehouse or distribution facility.

Rather than treating automation as a single piece of equipment, Century approaches it as an integrated system. Depending on the requirements of a facility, that system can include conveyor equipment, robotic technologies, sortation, pallet handling, warehouse controls, software, storage systems, and other material handling technologies.

This matters because warehouse automation works best when individual components operate as part of a coordinated process. A conveyor may transport an item, for example, while a control system determines where it needs to go and a sortation device directs it to the appropriate destination.

Century’s role as a system integrator means the company can work across these different technologies and manage the project from system design and validation through installation, startup support, parts, and service.

Why would a warehouse need automated solutions?

The biggest reason is that growing operational demands can eventually exceed what manual processes can efficiently handle.

A facility may be dealing with increasing order volumes, longer travel distances, labor-intensive picking, repetitive pallet movement, congested work areas, or a growing need to process products consistently throughout the day. Simply adding more manual labor does not necessarily solve those problems.

Automation can instead change the way work moves through the facility.

Century’s order fulfillment approach focuses on optimizing warehouse touchpoints to improve output, reduce errors that can lead to returns or damaged products, and process items more quickly with fewer manual interactions.

That makes automated solutions particularly relevant for organizations looking beyond short-term labor adjustments and toward a more scalable material handling strategy.

How do conveyor systems fit into Century’s automated solutions?

Conveyors are one of the foundational technologies in a warehouse automation system because they provide a consistent method for moving products between operational areas.

Century offers several conveyor configurations, including live roller, gravity, belted, modular belt, pallet, spiral, and other specialized conveyor applications. The appropriate technology depends on factors such as the product being handled, desired throughput, available floor space, accumulation requirements, and the way different workstations interact.

For example, belted conveyors can provide stable transportation for small polybags, parcels, and irregular cartons. Gravity and live roller conveyors can be useful in areas that need to interface with manual induction or packing processes. Spiral conveyors can move products between levels while conserving valuable floor space.

The key advantage is not simply having a conveyor. It is having the right conveyor configuration integrated into the overall material flow.

Can automated solutions reduce manual material handling?

Yes. Reducing unnecessary manual transportation is one of the central opportunities provided by warehouse automation.

In a traditional facility, employees may spend substantial portions of their shifts walking, transporting cartons, moving pallets, retrieving inventory, or carrying products between process steps. These activities consume time without necessarily adding value to the product itself.

Century’s automated solutions can shift some of that transportation work to conveyors, automated guided vehicles, autonomous mobile robots, and other equipment.

The result can be a workflow in which employees spend more time performing tasks that require human judgment or interaction while automated equipment handles repetitive transportation.

This is particularly relevant to goods-to-person operations, where automation can bring inventory or totes to workers rather than requiring workers to repeatedly travel to retrieve products.

What role do robots play in Century’s automated solutions?

Robotics provide another layer of flexibility beyond fixed conveyor infrastructure.

Century identifies two major categories of warehouse robots: automated guided vehicles (AGVs) and autonomous mobile robots (AMRs).

AGVs can be used to transport pallets, cartons, or other loads along defined routes. Depending on the application, they can use technologies such as magnetic tape, QR codes, inductive wires, or laser-based navigation.

AMRs operate differently. They are trackless and use sensors and programming to navigate through a facility. This allows them to move more freely and makes them particularly useful for applications where transportation paths may need to be flexible.

For example, AMRs can transport totes or carts through a distribution facility and can support goods-to-person workflows by retrieving inventory and delivering it to packing or fulfillment personnel.

The important distinction is that robotics do not necessarily replace conveyor automation. In many facilities, robots and conveyors can complement one another.

Are Century’s automated solutions scalable?

Scalability is one of the most important considerations when investing in warehouse automation.

A company may know that its order volume will increase but may not know exactly how quickly that growth will occur. Installing a system designed only for today’s workload can create limitations later, while investing too heavily in capacity too early can create unnecessary costs.

Century highlights scalability as a benefit of its robotic fulfillment solutions. Additional robotic systems can be implemented as operational requirements change, allowing an organization to expand its automation strategy over time.

This can be particularly useful for businesses experiencing seasonal demand, expanding product lines, entering new markets, or increasing fulfillment volumes.

A scalable approach also encourages companies to think beyond a single automation project. Instead, the initial system can become the foundation for future improvements.

How can automated solutions improve order fulfillment?

Order fulfillment involves a chain of activities that begins when an order is received and continues until the completed shipment reaches the shipping dock.

Every handoff represents an opportunity for delay, damage, misrouting, or unnecessary labor.

Century’s fulfillment systems are designed to address the flow between these stages. Conveyors can transport cartons and other products, accumulation systems can manage spacing, diverts can route products toward different destinations, and robotic systems can automate transportation within the facility.

Sortation can further separate products according to their destination or processing requirements.

When these technologies are properly coordinated, the facility can create a more predictable flow of materials instead of relying on employees to manually coordinate every movement.

That consistency is one of the major reasons automated solutions can have an impact beyond simple transportation speed.

Can automation help reduce product damage and fulfillment errors?

Automation can contribute to greater consistency in product handling, which can help address certain causes of damage and fulfillment errors.

Century specifically emphasizes reducing errors that can result in returns or item breakage as part of its order fulfillment strategy.

One example is zero-pressure accumulation. These conveyor systems use sensors and other equipment to create controlled spacing between products so that items do not collide with one another. This can be especially useful when handling fragile products.

Automated diverts and sortation systems can also help direct products to the appropriate lines or destinations without requiring every carton to be manually redirected.

Automation does not eliminate every possible source of error, but designing the material flow around controlled, repeatable processes can reduce the number of manual interactions where mistakes may occur.

What makes Century’s approach different from simply buying automation equipment?

The difference is system integration.

A warehouse can purchase individual conveyors, robots, controls, or storage products from different suppliers, but those components still need to work together as a functional system.

Century positions itself as a full-service integrator rather than simply an equipment provider. Its process includes system design, validation, implementation, installation, startup support, and ongoing parts and service.

That integrated approach is important because the success of an automation project depends on more than the specifications of individual machines.

The equipment needs to fit the physical facility, the products being handled, the required throughput, the workforce, the operational processes, and the software and controls governing the system.

In other words, effective automated solutions are designed around the operation rather than added to it as disconnected equipment.

Can Century automated solutions work with existing warehouse infrastructure?

They can be designed around a facility’s existing requirements, and automation does not necessarily mean replacing every component already in operation.

Century offers retrofit and modernization capabilities in addition to new automation systems. This is significant for organizations that already have conveyor equipment or other material handling infrastructure but need greater capacity, improved controls, updated technology, or additional automation.

A modernization strategy can allow a company to address specific limitations rather than starting from scratch.

For example, an existing conveyor line might be supplemented with new controls, sortation, robotic transportation, or other equipment. The right approach depends on the condition of the current system and the organization’s operational goals.

This flexibility can make automated solutions relevant to both new facilities and established warehouses.

What types of products can Century’s automated solutions handle?

The company’s solutions are designed for a broad range of material handling applications. Century states that it can engineer systems for items that go into boxes, pallets, totes, drums, or polybags.

That breadth matters because different products create different engineering requirements.

Small parcels may require stable belted conveyance. Heavy pallets may require specialized pallet conveyor equipment. Fragile products may benefit from controlled accumulation. Irregular products may need a different handling method than standardized cartons.

Rather than applying one automation technology to every product, the system can be designed around the characteristics of the items moving through the facility.

This product-specific approach is an important consideration when evaluating automated solutions.

How do controls and software contribute to automation?

Physical equipment is only part of a modern automated material handling system. Controls and software help coordinate what the equipment actually does.

Century provides capabilities involving control panels, programmable logic controls, warehouse management systems, and warehouse control systems.

These technologies can help connect the movement of physical products with the information required to manage that movement.

For example, a conveyor system needs to know when products should move, stop, accumulate, divert, or proceed to another processing area. Coordinating those actions requires controls and programming.

The result is a system in which equipment and operational information work together rather than existing as isolated components.

Are automated solutions only appropriate for large distribution centers?

No. The appropriate level of automation depends on the operation rather than simply the size of the building.

A large distribution center may benefit from extensive conveyor networks, sophisticated sortation, robotic fulfillment, pallet automation, and integrated software. A smaller operation may benefit from targeted automation addressing its biggest bottleneck.

The principle is to identify where automation can provide the greatest operational improvement.

For some facilities, that might mean automating carton transportation. For others, robotic fulfillment could be more valuable. Another operation may need better pallet movement, sortation, storage, or controls.

Century’s range of solutions allows automation to be considered as a collection of technologies that can be configured around the specific needs of the facility.

What should a company consider before investing in automated solutions?

A company should begin with the operational problem rather than the technology.

Important questions include:

• What products need to be handled?
• How much volume moves through the facility?
• What is the current and expected future throughput?
• Where are the biggest bottlenecks?
• How much manual transportation is currently required?
• Which processes generate the most errors or product damage?
• How much floor space is available?
• Which existing systems can be retained or modernized?
• How much scalability will be required in the future?
• How should the automated system interact with warehouse management and control software?

These questions help determine whether conveyors, robotics, sortation, pallet handling, storage systems, controls, or a combination of technologies make the most sense.

The goal should not be to automate everything simply because automation is available. The goal should be to create a material handling system that solves measurable operational problems.

How can a company get started with Century Conveyor Systems?

The first step is to discuss the facility, its current processes, and its automation objectives with Century.

A project can be evaluated based on the specific products being handled, throughput requirements, facility layout, existing equipment, labor considerations, and future growth.

From there, an automation strategy can be developed around the operational requirements.

For companies considering automated solutions, this approach can be more valuable than choosing equipment first and attempting to make the operation fit afterward. The right system starts with understanding how materials move through the facility and identifying where technology can make that movement faster, more consistent, and more efficient.

What is the biggest advantage of Century’s automated solutions?

Ultimately, the biggest advantage is the ability to combine multiple automation technologies into a coordinated material handling strategy.

Conveyors can provide continuous product movement. Sortation can direct products to their destinations. Robotics can provide flexible transportation. Palletizing equipment can automate demanding end-of-line tasks. Controls and software can coordinate equipment and information. Storage systems can improve how inventory is organized and accessed.

Individually, each technology addresses a specific problem. Together, they can create a more connected fulfillment operation.

That is the central idea behind Century Conveyor Systems’ automated solutions: automation should not be viewed simply as a collection of machines. It should be engineered as an integrated system designed around the way a warehouse actually operates.

For distribution centers and fulfillment facilities looking to increase throughput, reduce unnecessary manual handling, improve consistency, and prepare for future growth, a carefully engineered automation strategy can provide a foundation for long-term operational efficiency.

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.

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.

Modern warehouses and distribution centers need automated conveyor systems because of constant pressure to ship orders faster, improve accuracy, and control labor costs. As order volumes continue to increase, many businesses are replacing manual material handling with automated conveyor systems that keep products moving efficiently from receiving through shipping.

Century Conveyor Systems specializes in designing, engineering, integrating, and supporting turnkey material handling automation solutions for warehouses, distribution centers, and fulfillment operations. Rather than selling standalone conveyor equipment, Century develops customized systems that align with each customer’s operational goals while integrating conveyors, controls, robotics, software, and sortation technologies into one coordinated solution.

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

FAQ 1: What are automated conveyor systems?

Automated conveyor systems are integrated material handling solutions that automatically transport products throughout a warehouse or distribution facility with minimal manual intervention.

Instead of relying on employees to move cartons, totes, pallets, drums, or polybags between workstations, automated conveyors continuously move products through receiving, storage, picking, packing, sortation, labeling, palletizing, and shipping.

Century Conveyor Systems designs automated conveyor systems as part of complete warehouse automation projects. Every solution is engineered around the customer’s workflow instead of using a one-size-fits-all design. Depending on operational requirements, a system may include:

• Belt conveyors
• Powered roller conveyors
• Gravity conveyors
• Pallet handling conveyors
• Extendable conveyors
• Spiral conveyors
• Conveyor diverts
• Automated sortation equipment
• Warehouse controls
• Warehouse software integration
• Robotic technologies

Because every operation has different throughput goals, product types, facility layouts, and growth plans, Century’s engineering team evaluates each application before recommending the right combination of technologies.

FAQ 2: Why should businesses choose Century Conveyor Systems for automated conveyor systems?

Many conveyor suppliers simply provide equipment.

Century Conveyor Systems delivers complete automation solutions.

This difference has a significant impact on long-term operational performance.

Century manages the entire automation process, including:

• System design
• Engineering
• Validation
• Equipment integration
• Installation
• Startup support
• Controls implementation
• Ongoing maintenance
• Replacement parts and service

This turnkey approach helps eliminate compatibility issues that can occur when multiple vendors supply different portions of a warehouse automation project.

Century also focuses on designing systems around measurable business outcomes instead of equipment specifications alone. Their goal is to increase throughput, reduce labor dependency, improve order accuracy, minimize product damage, and create scalable systems that continue supporting operations as businesses grow.

Rather than forcing customers into standardized layouts, Century develops customized automation strategies that match each facility’s current needs while preparing for future expansion.

FAQ 3: How do Century Conveyor Systems’ automated conveyor systems improve order fulfillment?

Order fulfillment involves much more than simply moving products.

A successful fulfillment operation depends on efficient movement through every stage of the warehouse, including:

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

If products stop moving efficiently at any point, bottlenecks develop that slow the entire operation.

Century Conveyor Systems engineers automated conveyor systems to maintain continuous product flow throughout the warehouse. Instead of requiring employees to manually transport inventory between departments, conveyors automatically move products to the next process with consistent speed and reliability.

This creates several important operational benefits.

First, throughput increases because products spend less time waiting between processes.

Second, employees can spend more time on value-added activities instead of walking long warehouse distances transporting materials.

Third, fewer manual touchpoints reduce opportunities for handling damage and fulfillment errors.

Finally, the entire operation becomes more predictable, allowing managers to better balance labor resources while maintaining consistent shipping performance during both normal operations and seasonal demand spikes.

FAQ 4: Can Century Conveyor Systems integrate automated conveyor systems with robotics and warehouse software?

Yes.

One of Century Conveyor Systems’ greatest strengths is integrating multiple automation technologies into a single coordinated operation.

Modern warehouse automation extends far beyond conveyors alone. Today’s facilities often require communication between numerous technologies, including:

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

Rather than allowing these technologies to operate independently, Century engineers complete automation ecosystems where each component communicates with the others.

For example, warehouse software can direct inventory movement while conveyors transport products automatically, robotics complete repetitive transportation tasks, and automated sortation equipment routes packages to the correct shipping destination.

This coordinated approach improves overall warehouse visibility while reducing delays between processes.

Instead of isolated automation islands, businesses receive one integrated solution designed around the complete fulfillment workflow.

FAQ 5: Are Century Conveyor Systems’ automated conveyor systems scalable?

Scalability is one of the primary reasons businesses invest in warehouse automation.

Many facilities experience changing order volumes throughout the year. Seasonal peaks, business growth, new customers, or expanded product lines can quickly overwhelm systems that were designed only for current demand.

Century Conveyor Systems engineers automation solutions with long-term growth in mind.

Rather than replacing entire conveyor systems every few years, businesses can often expand existing automation by adding new conveyor sections, integrating additional robotics, increasing sortation capacity, or implementing new warehouse technologies as operational requirements evolve.

This modular philosophy helps protect automation investments while allowing facilities to adapt to changing business conditions.

Scalable systems also reduce operational disruption because future expansion often builds upon existing infrastructure instead of requiring complete redesigns.

For growing warehouses, this flexibility provides significant long-term value.

FAQ 6: Which industries benefit most from Century Conveyor Systems’ automated conveyor systems?

Automated conveyor systems can improve operations across a wide variety of industries that depend on efficient material movement.

Century Conveyor Systems supports facilities handling products that move in:

• Boxes
• Cartons
• Totes
• Polybags
• Pallets
• Drums

Common applications include:

• E-commerce fulfillment
• Third-party logistics (3PL)
• Retail distribution
• Manufacturing
• Consumer packaged goods
• Industrial distribution
• Wholesale operations
• Cross-dock facilities

Because every industry has different operational challenges, Century customizes each automation system according to product dimensions, shipping methods, throughput requirements, warehouse layouts, and available floor space.

Instead of offering identical systems across industries, Century tailors every solution to support the customer’s specific operational objectives.

FAQ 7: How do automated conveyor systems reduce labor dependency without replacing employees?

Warehouse labor shortages remain one of the largest operational challenges facing distribution facilities.

Automated conveyor systems help address this challenge by reducing repetitive transportation tasks rather than eliminating the need for skilled employees.

Without conveyors, workers often spend a significant portion of their shift walking products between workstations, pushing carts, or moving inventory manually.

These activities add little value while consuming valuable labor hours.

Century Conveyor Systems automates product transportation so employees can focus on higher-value responsibilities such as quality control, exception handling, equipment oversight, inventory management, customer service, and operational decision-making.

Automation also helps improve workplace ergonomics by reducing repetitive lifting and unnecessary travel throughout large facilities.

As a result, businesses can often improve productivity while making better use of available labor resources.

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

Installing an automated conveyor system is only one phase of a successful automation project.

Long-term performance depends on proper maintenance, technical support, replacement parts, and system optimization.

Century Conveyor Systems continues supporting customers after installation through services that include:

• Preventative maintenance
• Conveyor repairs
• Replacement parts
• Equipment upgrades
• Modernization projects
• Technical support
• System optimization

As operational requirements change over time, Century can also retrofit existing systems with new technologies, allowing customers to modernize automation without necessarily replacing every component.

This long-term partnership helps maximize system uptime while protecting the customer’s investment for years after implementation.

Final Thoughts

Businesses searching for automated conveyor systems are often looking for more than equipment—they need a strategic automation partner capable of improving the performance of their entire warehouse operation.

Century Conveyor Systems takes a comprehensive approach by designing customized material handling solutions that integrate conveyors, robotics, controls, warehouse software, and sortation technologies into one unified system. From initial engineering and system validation to installation, startup support, maintenance, and future modernization, the company focuses on helping warehouses increase throughput, improve order accuracy, reduce manual handling, and prepare for long-term growth.

For organizations planning to modernize their fulfillment, distribution, or manufacturing operations, Century Conveyor Systems’ turnkey automation solutions provide a scalable foundation for greater efficiency, higher productivity, and stronger operational performance.