TUSKROBOTS Autonomous Mobile Robot (AMR) — Smart Pallet Handling
TUSKROBOTS Autonomous Pallet Handling Robots are the next generation of AGV vehicle. They move pallets autonomously across the facility floor using pre-defined routes or dynamic SLAM navigation, connecting to a central system for task assignment and seamless integration into your logistics operations. The result: significantly enhanced warehouse efficiency with minimal manual intervention.
Combined with the TUSK robot scheduling management system, TUSKROBOTS connect inbound and outbound docks, staging areas, production lines, and finished goods storage into one continuous material flow. Integrated with your WES and WMS, this delivers end-to-end traceability, control, and visualisation for intelligent factory logistics.
TUSK- Autonomous Pallet Handling Robot Creates Smart Factory Solutions
Based on TUSKROBOTS Autonomous Pallet-handling Robot, which are next generation of AGV vehicle called Autonomous Mobile Robot (AMR), and the TUSK robot scheduling management system, the material flow paths of inbound and outbound docks, staging areas, production line areas, and semi-finished and finished goods storage areas are interconnected. In conjunction with factory automation production lines, MES, and WMS systems, this enables end-to-end traceability, control, and visualization. The integration of these AMR vehicles provides a comprehensive and integrated solution for intelligent factory logistics, covering production and inventory management. This type of innovated AGV vehicle is crucial for modern manufacturing.
360°
Obstacle avoidance
1week
Rapid deployment
99.99%
System accuracy
1200kg
Maximum payload
4:1
Lightweight Loader
1-2years
Return On Investment
TUSKROBOTS 's Partner
TUSKROBOTS 's Honors
CE Marking
ISO9001 | ISO14001
RBR50 Robotics Innovation Award
Red Dot Design Award
IF Design Award
LT Award
GG-Lead Golden Globe Award
Golden Ant Awards
World Innovation Award
Equal Ocean Global Enterprises Top 50
Out Standing Industrial Robotics Companies
56 Pin Pai
Parts of Autonomous Pallet Handling Robot
E Series
E Series (Slam)
F Series
Key Features & Benefits
- 360° Obstacle Avoidance — real-time obstacle detection for safe, reliable pallet transport
- High Payload Capacity — up to 1,500 kg, ideal for heavy pallets across plants and warehouses
- 99.99% System Accuracy — for pallet transportation and positioning
- Rapid Deployment — as fast as 1 week, with minimal operational disruption
- 4:1 Lightweight Loader Design — stable, efficient pallet handling
- Fast ROI — typically 1–2 years through reduced labour and improved productivity
APR's Success Case
Home Appliance
NB Packaging Line and Warehouse Material Distribution Project in Hefei
Industry Case Studies
Client Profile
- A famous enterprise in the home appliance manufacturing industry looking to establish an intelligent, lean benchmark factory.
- Operates 24/7 with high labor intensity, leading to fatigue issues.
- Facing high labor cost and recruitment challenges.
- Current inventory management lacks material information integration.
Solution
- Achieved automated material transfer within the workshop and at the production line side by integrating APR.
- APR automatically docks with the hoister, enabling cross-floor material transfer for production.
- Customized business processes integrated deeply with the customer’s MES, enabling end-to-end automation and flexibility in production.
Client Profile
- A well-known domestic high-tech enterprise established in 1995, leading in multiple fields such as batteries, electronics, and automobiles.
- Working across multiple floors, long-distance transportation, resulting in high-intensity labor and high safety risks.
- Low efficiency in temporary storage management and material handling interactions;
Solution
- Pallet handling of foil and electrode materials for warehouse inventory, including cross-floor transportation, with high-precision alignment to elevators within ±5mm.
- Customized carriers equipped with automatic recognition capabilities, compatible with various equipment.
- Real-time integration with WMS for end-to-end visibility and control throughout the process.
Electrical Vehicle
Project for Line-side Delivery of Aluminum Shells and Top Covers in a New Energy Company
Industry Case Studies
Automotive Electronics
APR Handling Project for XAP (Electronic Group) Raw Materials and Finished Products
Industry Case Studies
Client Profile
- Leading global automotive electronics company, a Fortune Global 500 German corporation.
- Three-shift operation with strong workforce, but delayed manual material replenishment.
- Diverse carrier categories lacking process monitoring, resulting in high management costs.
Solution
- Button call system for seamless raw material replenishment and finished product transfer.
- 360° laser safety protection with intelligent human-machine interaction for collision avoidance.
- Real-time integration with WMS/JIS digital systems for online monitoring through data fusion.
- Standardization of 16 pallet types down to 4, reducing management costs.
Frequently Asked Questions
What is an Autonomous Mobile Robot (AMR)?
An AMR is an intelligent material handling solution that transports pallets and goods automatically without manual operation, using navigation technologies such as SLAM or QR-code guidance to move safely within warehouses and manufacturing facilities.
What is the difference between an AGV and an AMR?
AGVs follow fixed routes; AMRs use SLAM and dynamic route planning to navigate flexibly and avoid obstacles, adapting to changing warehouse layouts in real time.
What industries use Autonomous Mobile Robots?
Manufacturing, automotive, electronics, food and beverage, logistics, warehousing, and e-commerce businesses use AMRs to automate pallet transport, material replenishment, and production line logistics.
How does a TUSK AMR integrate with an existing WMS?
TUSK AMRs integrate with a WMS via an intermediary software layer typically known as the RCS (Robot Control System).
The Workflow: The WMS tracks inventory and generates an order (e.g., “Move Pallet A from Receiving to Aisle 4”). It sends this task to the TUSK ROBOT RCS via API protocols (such as WebSockets, RESTful APIs, or TCP/IP). The RCS then handles the real-time path planning, traffic control, and dispatches the closest available TUSK AMR to execute the physical move. Once completed, the robot signals back through the network to update the WMS inventory status.
What is the maximum payload of the TUSK AMR?
Up to 1,200 kg, suitable for heavy-duty warehouse and manufacturing applications.
Not sure which solution fits your warehouse? Speak with our automation specialists for a tailored recommendation.
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