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AMR Robot
from 50.000 €.
Industrial AMR (Autonomous Mobile Robot)
Smart Logistics with SLAM Navigation and Automatic Inductive Charging
Technical Specifications: AMR (Autonomous Mobile Robot) autonomous transport platform with a payload capacity of 1,800 kg. Equipped with SLAM intelligent navigation technology that eliminates the need for physical lines or reflectors, enabling dynamic mapping using a high-precision LiDAR sensor. The system offers an 8-hour runtime with inductive (wireless) charging capacity in 1 hour, optimizing plant downtime. Safety is certified by Sick LiDAR scanners with 270° coverage and an 18-meter range for perimeter obstacle detection.
Our AGV robot facilitates the automatic transport of pallets without any technical complications. It is an efficient and cost-effective alternative to pallet trucks, adaptable to various production tasks. In addition, it integrates seamlessly with other robots.Discover how the AMR robot works
1
The AMR's work cycle begins when it moves to the defined capture point.
2
The AGV turns to position itself in front of the pallet with the forks in the pickup position
The AGV rotates to align itself in front of the pallet with the blades in the capture position.
2
Once aligned, it advances in a straight line to position itself under the pallet. The paddles are raised to capture the pallet safely.
3
After picking up the pallet, the AMR transports the load to its final destination. The process is repeated cyclically to keep the workflow moving.
Detailed Technical Specifications of the AMR Robot
| Technical Specifications | Details |
|---|---|
| Payload | 1,800 kg |
| Navigation | SLAM (Smart Mapping Without Physical Guides) |
| Autonomy | 8 hours |
| Charging System | Induction (Wireless) |
| Charging time | 1 hour |
| Perimeter Security | LiDAR Sick (18 m / 270°) |
Discover how the AGV robot works
1
The AMR's work cycle begins when it moves to the designated pickup point, navigating autonomously using SLAM and a LiDAR sensor, without any painted lines or physical guides on the floor.
2
The AGV rotates to align itself in front of the pallet with the blades in the capture position.
3
Once aligned, it advances in a straight line to position itself under the pallet. The paddles are raised to capture the pallet safely.
4
After capturing the pallet, the AGV transports the load to its final destination. The process is repeated cyclically to continue the workflow.
Frequently Asked Questions About the AMR Robot
The AMR robot from Atlas Robots starts at €50,000. The final price depends on the number of units, the routes, and integration with the rest of the production line.
It transports pallets weighing up to 1,800 kg at a top speed of 1 m/s, communicating with the other robots on the line to maximize throughput.
No. SLAM navigation using a LiDAR sensor dynamically maps the facility without physical lines or reflectors and allows routes to be replanned using the software.
The battery life is 8 hours of operation, with a full inductive (wireless) recharge in 1 hour that takes advantage of downtime at the plant.
It incorporates Sick LiDAR safety scanners with 270° coverage and an 18-meter range for perimeter detection of people and obstacles.