Package Handling
DCS’s design and engineering team has more than 40 years of experience creating unique parcel handling systems for diverse customer applications. With installations including semi-automated handling in small city distribution centers and fully automated, integrated hubs with advanced conveyor and sorter equipment, DCS routinely thinks outside the box.
E-Commerce and Multi-Channel Fulfillment
DCS designs and implements end-to-end warehouse automation solutions for e-commerce and multi-channel retailers that address numerous workflow challenges. This includes solutions for receiving, putaway, storage, replenishment, order fulfillment, picking, packing, sortation, and outbound shipping. Our custom integrated warehouse, distribution, and fulfillment systems draw from a deep pool of conventional, semi-automated, and automated material handling technologies.
Various Distribution Applications
Whether an operation is considering the construction of a new distribution or fulfillment center, or a retrofit or expansion of an existing facility, it’s important to create a solution that fits the overarching supply chain strategy. DCS has four decades of experience designing and integrating comprehensive, end-to-end material handling solutions that meet a multitude of operational goals. Whether conventional, semi-automated, or fully automated, DCS can help your organization implement a custom solution that meets its goals while maximizing return on investment (ROI).
Supply Chain Consulting
The DCS Supply Chain Consulting team offers a range of services to help your operations address the challenges it faces. Working in partnership with you, DCS consultants analyze your business data- existing workforce, workflow processes, inventory, order data, operations, and more- to determine a strategy that addresses your unique needs. Whether you need an operations assessment, process improvement recommendations, or distribution design services, DCS consultants will help guide you to the material handling system or operational solution that best meets your current and future needs, as well as your budget.
Customer Support
Keeping your warehouse operations and material handling systems running smoothly and at the peak of productivity are the goals of DCS’ Customer Service Team. By partnering with DCS, your warehouse automation solution is supported from commissioning to end of life. You’ll receive comprehensive in-house training of your personnel, including specialized training of your designated internal system expert. Plus, DCS offers a complete package of spare parts and expert system troubleshooting support from qualified engineers dedicated to your installation.
System Design & Integration
DCS offers a broad range of material handling equipment and automated system design, installation, and integration services for a multitude of projects. These include retrofits, expansions, upgrades, and more. While every project is unique, our system design and execution processes are the same, encompassing meticulous attention to detail, frequent communication, and a dedicated partnership with our clients.
About Us
Designed Conveyor Systems (DCS) has 40 years of experience serving major clients in multiple industries by providing material handling, full-scale warehouse operations, and conveyor design solutions that are custom crafted for their needs. DCS does not sell ready-made conveyor systems but builds relationships that empower collaboration to craft custom warehouse designs together. DCS utilizes consulting, engineering design, project management, installation services, and client support to ensure our customers can keep their promises to deliver on time.
With more than 40 years of experience providing automated system design, installation, and integration services, DCS has created solutions for companies throughout the United States in a broad range of industries and markets. We’ve completed more than 1500 projects ranging from greenfield facilities with completely new systems to expansions and retrofits of existing operations.

How to Choose the Right Goods-To-Person Solution for Your Operation

With more warehousing, distribution, and fulfillment operations struggling to maintain the high throughput rates needed to satisfy customers amid an ongoing labor shortage, operations are looking for solutions. Among the most popular are automated goods-to-person (G2P) technologies that bring products to an associate instead of the associate traveling to the picks (or “person-to-goods” picking). Eliminating the walking — which can represent as much as 70% of an order selector’s time — allows associates to remain at a dedicated workstation where their sole task is to pick. As a result, productivity per associate increases significantly.


Although the adoption of G2P solutions was already gaining significant momentum in North America prior to the pandemic, it has certainly accelerated tremendously since. Organizations that traditionally were more inclined to accommodate increasing customer demand by hiring more workers, adding extra shifts, or offering (and sometimes mandating) overtime simply can’t do that any longer. Today, workers have become more difficult than ever to find. Instead, operations now recognize they must maximize the productivity of their current employees. Hence the increased interest in G2P systems.


There are many G2P solutions providers and systems in the marketplace. However, sorting through the options can be overwhelming. Here are some thoughts on how to choose the right G2P solution for your operation.


Two Primary Types of G2P Automation


G2P automation, broadly speaking, falls into one of two categories: Mobile Automated Vehicles (MAVs) and Automated Storage and Retrieval Systems (AS/RS).


MAVs include battery-powered Autonomous Mobile Robots (AMRs) and Automatic Guided Vehicles (AGVs). While the distinctions between the two are increasingly blurring, their primary differentiator is generally their navigation style. AMRs travel freely and autonomously in any direction throughout an operation, while AGVs follow a pre-programmed, established route through a facility. Either can transport totes, cartons, bins, or even full shelving units of items required by an order to a workstation for picking. Once the pick is complete, the MAV returns the source tote or shelf to its storage location.


AS/RS, specifically those that utilize robotic shuttle technologies, are structures that hold totes (or sometimes cartons) of product within a highly dense, grid-like footprint. The shuttles — either dedicated to different levels or capable of independent travel (called “roaming” shuttles) — navigate on powered rails within the storage system. An integrated inserter/extractor on each shuttle places or retrieves the totes with required items. The shuttle then moves each tote of product between its storage location and a lift that transports it to a designated workstation for picking. After the associate selects the required item, the shuttle system returns the tote to its storage location via a combination of lifts and shuttles.


Factors to Consider When Comparing G2P Automation Types


When evaluating these two types of G2P automation solutions, there are several factors to consider:


Capital Investment. As more G2P automated solution providers have emerged in the marketplace, competition has increased. That means the price of entry has come down in many instances, allowing more operations the ability to leverage these systems. That said, a shuttle-based AS/RS is typically a capital-intensive expenditure, far more so than AMRs or AGVs, which nearly always require a lower upfront investment.


Flexibility. Constructing additional storage positions and inducting more shuttles allows a shuttle-based AS/RS to expand its capacity. This enables greater storage density and higher throughput. Likewise, adding more vehicles to a small fleet of MAVs can increase throughput. Additional storage racks can also be added to increase storage capacity. And, space permitting, integrating more workstations with either solution further boosts throughput capacity.


Portability. AMRs and AGVs are not tied permanently to a deployment location. They can be easily reallocated to other facilities as needed. Conversely, AS/RS G2P systems are almost always considered a permanent structure in the facility where they are installed. For this reason, whether the company running the operation owns or leases the facility should be a contributing factor when selecting a G2P solution.


Available Space. A facility with limited available square footage yet substantial usable clear height is better suited for an AS/RS G2P solution. That’s because these systems maximize the cubic volume of the building and significantly increase storage density by holding more inventory in a highly compressed space. AS/RS systems also often incorporate space-efficient workstation layouts which can further equate to a smaller footprint. Conversely, an operation with wide aisles and lots of open floorspace can more easily accommodate MAVs, which need a certain amount of room to navigate freely. Otherwise, congested aisles, personnel, or other vehicles may impede their travel. Additionally, G2P systems using AMRs — especially those where the bot climbs the rack as well as travels horizontally — may have storage rack height limitations which preclude using all the clear height of the building.


Desired Throughput. When evaluating these two types of G2P solutions, it’s important to consider the number of storage locations required and the desired throughput rate. As a general rule of thumb, the greater the number of storage locations and the higher the throughput needed, the more likely it is that a highly dense, shuttle-based AS/RS G2P solution is the best choice. Conversely, AMRs and AGVs are a good fit for operations with a low to medium number of storage locations and lower required throughput.


Implementation. AMR and AGV systems typically offer shorter lead times for installation and go-live than large, expansive AS/RS G2P systems.


Engage an Experienced System Integrator to Help Evaluate G2P Options


Determining which type of G2P system is right for your operation can be a complex undertaking. It’s also important to recognize that implementing either a shuttle-based AS/RS or a fleet of MAVs will impact your entire operation. That’s why it can be extremely helpful to engage an experienced and independent system integrator, like DCS, to help evaluate your G2P options.


Because DCS is brand-agnostic, we approach each application with an unbiased view. That enables us to recommend the right G2P technology for your application, regardless of the manufacturer. By taking a holistic approach that considers your entire distribution operation end-to-end, we can help you select the best-fit solution based on the criteria detailed above, as well as other factors, such as:


  • Lead time.
  • Return on investment.
  • Project scope.
  • Operational complexity.
  • Software functionality and implementation.


Need more help choosing the right G2P system for your operation? DCS’ solutions experts are available to answer your questions. Connect with us.


Author: Peter Ell, Systems Engineering Manager,