AMR (Autonomous Mobile Robots)
AMR (Autonomous Mobile Robots) are intelligent mobile robots designed to transport goods, shelves, totes, cartons, or pallets within warehouses and production facilities with minimal manual intervention. Unlike traditional fixed-route material handling systems, AMRs use sensors, cameras, navigation software, and onboard control systems to move through dynamic warehouse environments and select routes according to operating conditions.
AMR systems are commonly used for goods-to-person picking, shelf transportation, order consolidation, replenishment, line-side material delivery, and warehouse-to-production logistics. They can work alongside warehouse operators and other automation equipment, helping reduce unnecessary walking and repetitive material handling.
AMRs can be integrated with industrial shelving, pallet racking, multi-tier storage, carton flow systems, conveyors, picking workstations, lifts, WMS, WCS, and other warehouse technologies to create flexible automated material handling solutions.
As a professional warehouse racking manufacturer in China, Ouglon provides the storage infrastructure, rack layouts, picking stations, and engineering support required for AMR-based warehouse automation projects.
Configuration & Flexibility
Our AMR-based warehouse solutions are designed according to warehouse dimensions, product characteristics, SKU quantity, order volume, storage method, traffic patterns, and automation requirements.
AMRs can be configured for different warehouse workflows, including shelf-to-person picking, tote transportation, pallet movement, order consolidation, replenishment, kitting, and production line delivery.
The storage environment can use Medium & Light Duty Shelving, Heavy Duty Longspan Shelving, Multi-Tier Shelving, Selective Pallet Racking, Carton Flow Shelving, or customized storage racks according to the products being handled.
Unlike fixed-path automation, AMR systems can be designed to operate in changing warehouse layouts and adapt routes around temporary obstacles or traffic conditions. This makes them suitable for facilities that need flexible automation and may expand or reconfigure operations over time.
AMR systems can also be integrated with charging stations, conveyors, elevators, picking stations, barcode or RFID identification, WMS, WCS, and fleet management software.
Key Benefits
Autonomous navigation for flexible warehouse movement
Reduced operator walking and repetitive handling
Suitable for Goods-to-Person picking
Dynamic route planning for changing warehouse conditions
Flexible integration with shelving and racking systems
Scalable robot fleets as order volume grows
Suitable for high-SKU warehouse operations
Improved material movement visibility
Supports warehouse and production logistics
Reduced dependency on fixed material handling routes
AMR (Autonomous Mobile Robots) Specifications
Robot Payload
AMR payload capacity depends on robot model, top-module configuration, handling method, and application requirements. Systems can be configured for totes, bins, cartons, shelves, racks, or palletized loads.
Navigation Method
AMR systems can use different navigation technologies according to the selected robot platform and warehouse environment, including:
Natural Feature Navigation
SLAM-Based Navigation
Laser Navigation
Camera-Based Navigation
Marker-Assisted Navigation
The appropriate navigation method depends on warehouse conditions, floor layout, traffic, and integration requirements.
Operating Area
The robot operating area can be customized according to warehouse dimensions, aisle width, storage layout, workstation locations, charging areas, and traffic requirements.
Picking Method
Available AMR picking configurations include:
Goods-to-Person
Shelf-to-Person
Tote-to-Person
Cart-to-Person
Order Consolidation
Assisted Manual Picking
Storage Type
Compatible storage systems include:
Medium & Light Duty Industrial Shelving
Heavy Duty Longspan Shelving
Multi-Tier Shelving Racking
Carton Flow Shelving
Selective Pallet Racking
Mobile Storage Systems
Customized AMR-Compatible Racking
Material
Warehouse storage structures are manufactured using high-quality structural steel based on product weight, storage configuration, and rack load requirements.
Q235B steel is commonly used for standard warehouse applications, with Q355 grade available for selected heavy-duty structures.
Surface Finish
Durable electrostatic powder coating is commonly used for indoor warehouse shelving and racking systems.
Galvanized components are available for environments requiring enhanced corrosion resistance.
Configuration Options
AMR Goods-to-Person Picking
AMR Shelf-to-Person Picking
AMR Tote Handling
AMR Cart Transportation
AMR Pallet Transport
AMR + WMS Integration
AMR + WCS Integration
AMR + Conveyor Integration
AMR + Multi-Tier Shelving
AMR + Carton Flow Picking
Customized AMR Warehouse Automation
Compatibility
Compatible with:
AMR robots
Warehouse Management Systems (WMS)
Warehouse Control Systems (WCS)
Fleet Management Systems
ERP systems
Barcode scanners
RFID systems
Conveyor systems
Goods lifts
Picking workstations
Industrial shelving
Pallet racking
Warehouse Management
Supports:
Real-Time Inventory Location
Automated Task Assignment
Order Picking
Batch Picking
Zone Picking
Replenishment
Inventory Transfer
Order Consolidation
Production Line Supply
Automation Integration
AMR systems can be connected with warehouse software and other automation equipment to coordinate inventory, robot tasks, material movement, and order fulfillment.
Typical integrations include:
Warehouse Management System (WMS)
Warehouse Control System (WCS)
Fleet Management System
ERP Systems
Barcode / RFID Identification
Conveyor Control
Goods Lift Control
Automated Picking Stations
Charging Stations
Other Warehouse Automation Equipment
The software architecture can be customized according to warehouse processes and the selected AMR platform.
Safety Features
AMR warehouse systems can be equipped with multiple safety features according to robot specifications, operating environment, and local requirements.
Available features include:
Laser safety scanners
Obstacle detection
Emergency stop systems
Safety zones
Warning lights
Audible alarms
Pedestrian detection
Robot traffic management
Protected charging areas
Rack and column protection
Standards
AMR robots, warehouse storage systems, electrical components, and safety equipment should be designed and selected according to applicable machinery, warehouse automation, material handling, and local safety requirements.
Project-specific engineering documentation and technical specifications can be provided according to the selected AMR platform and warehouse operating environment.
Common Applications
E-commerce Fulfillment Centers
3PL Logistics Warehouses
Electronics & High-Tech Warehouses
Automotive Parts Warehouses
Pharmaceutical Warehouses
Manufacturing Facilities
Spare Parts Distribution Centers
Retail Distribution Centers
High-SKU Picking Warehouses
Production Line Material Supply
AMR (Autonomous Mobile Robots) – FAQ
What are AMRs used for in warehouses?
AMRs are used to transport goods, shelves, totes, cartons, or pallets through warehouses and production areas. Common applications include goods-to-person picking, replenishment, order consolidation, material transfer, and production line supply.
What is the difference between AMR and AGV?
AGVs are often designed around predefined routes or navigation patterns, while AMRs are generally designed to navigate more autonomously and adapt their movement to changing environments. The best technology depends on warehouse layout, traffic conditions, payload, process requirements, and automation goals.
Can AMRs work with warehouse racking and shelving?
Yes. AMRs can be integrated with industrial shelving, pallet racking, multi-tier shelving, carton flow systems, picking stations, and other storage structures. Rack dimensions and operating clearances should be designed around the selected robot and workflow.
Can AMRs be integrated with WMS and WCS?
Yes. AMR systems can communicate with WMS, WCS, fleet management software, and other warehouse systems to coordinate inventory information, transport tasks, order execution, and robot status.
What is Goods-to-Person picking with AMRs?
In a Goods-to-Person workflow, AMRs transport shelves, totes, or other storage units to a picking workstation so the operator does not need to walk to every storage location. This can reduce unnecessary walking and make repetitive picking tasks more efficient.
Are AMRs suitable for e-commerce warehouses?
Yes. AMRs are particularly suitable for high-SKU environments with frequent piece picking, replenishment, and order fulfillment. They can be combined with shelving and picking stations to create flexible robotic fulfillment areas.
Can an AMR system be expanded later?
Many AMR systems are designed to be scalable, allowing additional robots, storage modules, picking stations, or operating zones to be added as warehouse requirements grow. The actual expansion capability depends on the robot platform and system architecture.
Can Ouglon provide the racking for an AMR project?
Yes. Ouglon can manufacture and customize the storage structures required for AMR projects, including industrial shelving, longspan shelving, multi-tier systems, carton flow racks, pallet racking, and robotic picking stations.
Why Choose Ouglon AMR Warehouse Solutions
Ouglon specializes in manufacturing warehouse racking and storage systems for conventional and automated warehouse applications.
As a professional warehouse racking manufacturer in China, we provide the storage infrastructure required for AMR-based automation projects, including Industrial Shelving, Heavy Duty Longspan Shelving, Multi-Tier Shelving, Carton Flow Shelving, pallet racking, picking stations, and customized storage structures.
Our engineering team can design warehouse storage layouts around AMR operating areas, robot traffic, picking stations, product characteristics, SKU quantity, storage density, and future expansion requirements.
We provide customized rack manufacturing, OEM/ODM services, warehouse layout planning, engineering support, automation integration coordination, and worldwide shipping.
Need flexible robotic warehouse automation? Contact our engineering team for a customized AMR storage and picking solution.
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OUGLON is a high-tech enterprise specializing in the design, manufacturing, installation, and integration of intelligent warehouse storage and logistics systems. OUGLON provides customized storage solutions and automated warehouse systems for global customers across various industries.
CONTACT US
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Phone: +86 159 2711 2720
Email: tina@ougulongrack.com
WhatsApp: +86 159 2711 2720
Address：Dongshantou Innovation Industrial Park, Xiaonan District, Xiaogan, Hubei, China
