What is an industrial warehouse robot?

Warehouse robots and specialized software for material handling, performing various tasks, streamlining/automating warehouse processes. In recent years, robots have become popular in supply chains, distribution centers, and among warehouse managers, and continue to play an important role in warehouse automation. In this article, Viet Pos Rack will provide a clearer introduction to warehouse robots. In addition, if you need to buy warehouse shelving, please contact us immediately via hotline: 0796 700 777 for quick consultation.

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Types of Warehouse Robots

1. Automated Guided Vehicles (AGVs)

Automated guided vehicles help transport materials, supplies, and inventory within warehouse facilities. AGVs are used in operations to replace manually operated forklifts or order pickers. Some AGVs automatically navigate warehouse facilities by following established routes marked by wires, magnetic strips, rails, sensors embedded in the floor, or other physical guides. Other AGVs use cameras, lidar, infrared, and other advanced technology to navigate the workspace, identify obstacles, and avoid collisions.

2. Automated Storage and Retrieval System (AS/RS)

AS/RS refers to a group of computer-controlled systems that automate inventory management and on-demand storage/retrieval. These systems are designed to facilitate quick retrieval and organization of products and are often integrated with warehouse execution software. They operate like cranes or shuttles on fixed tracks and can easily navigate aisles and vertical heights of products to deposit or remove items. AS/RS systems are used in warehouse environments to speed up order fulfillment and material handling operations.

3. “Cobots” or collaborative robots

Collaborative robots are semi-autonomous mobile robots designed to assist human workers with diverse tasks in a warehouse environment. Some collaborative robots follow human pickers around the warehouse floor and act as mobile storage bins for picked orders. Others direct workflow through the warehouse, leading associates and transporting loads. Collaborative robots come with sensors that allow them to distinguish between obstacles and boxes, thus ensuring accurate navigation through the facility. They can also help speed up order fulfillment by delivering picked orders to workers at other locations in the warehouse such as sorting or packing stations.na aliquam erat volutpat.

4. Articulated Robot Arms

Articulated robot arms, a type of pick and place robot, are multi-jointed limbs used to manipulate products in distribution centers and warehouses. Because these arms can move, rotate, lift, and maneuver items, they can be used in the following warehouse operations:
– Picking/packing
– Receiving/storing
– Palletizing

Benefits of Warehouse Robots

Improved Accuracy

Investing in warehouse robots increases productivity and accuracy in inventory management. Human errors can be costly for businesses and can lead to lower customer satisfaction. Warehouse robots automate the handling, picking, sorting, and replenishment of products with precision, thereby ensuring a high level of accuracy in order fulfillment and warehousing operations.

Reduced Labor Burden for Workers

Robots take on time-consuming, dangerous aspects of warehouse operations such as transporting inventory and retrieving inventory from heights. In this way, warehouse robots reduce physical and mental stress for workers, promoting better work productivity.

Automating Manual Tasks

Warehouses can increase operational efficiency, reduce error rates, and fulfill orders with greater accuracy by deploying the right robots. Robots automate tedious manual tasks so that humans can focus their time on complex tasks that require fine motor skills or critical thinking.

Robots Supporting Warehouse Operations

Picking: This is the most common warehouse operation performed by robots. A large part of order fulfillment and replenishment involves moving around product aisles to retrieve ordered items or deposit products in storage bins/shelves. Picking robots help reduce order processing time and associated costs.
Sorting: Sorting is simple for humans, but it is very difficult to automate. Warehouse sorting robots typically have conveyors, arms, cameras, sensors, and algorithms that allow them to accurately identify items and send them to the correct bin or storage area. AI-integrated sorting systems integrate with automated picking to guide warehouse workers to accurately sort batch-picked items into sorting walls.
Packing: Warehouse robots include automated systems such as cartonization software and bagging machines that speed up packing operations. These systems work with features such as the overall weight and dimensions of products to calculate the ideal carton size for orders and directly assist in performing the correct task.
Transportation: Robotic transportation systems such as monorails, conveyor systems, and AGVs help transport pallets and goods from one location to another. AGVs can transport orders from the picking area to the sorting area. Conveyors can transport boxes, totes, and items, while monorails are often used to move pallets around.
Automation: Some warehouse robots can automate the replenishment process, thereby reducing inventory and backorders through automatic reordering. Such automated systems can monitor inventory levels and send alerts when inventory quantities fall below a minimum threshold. There are still other automated mechanisms such as AGVs that can direct workers during replenishment when new inventory arrives.

Viet Pos Rack Industrial Warehouse Shelving