myFABER® HaiPick A42T-L
Modern automation and robotics technologies are bringing revolutionary changes to the world of logistics and warehousing. With the deployment of advanced robotic systems such as myFABER® HaiPick A42T-L, companies can achieve significant increases in efficiency, reductions in error rates, and optimization of storage space. These technologies enable full automation of processes from picking and packing to final shipment of goods. They are ideal for companies looking for solutions to seasonal labor shortages, increased safety and protection of goods, or reduction of operating costs for heating and lighting.
Description
Key parameters of the myFABER® HaiPick A42T-L robot
One of the main attractions of the HaiPick A42T-L is its ability to handle containers of various sizes. This robot weighs between 900 and 950 kg and can carry up to 270 kg of cargo. With the ability to move up to eight containers at once and a speed of movement without load of 1.5 m/s, it is a powerful assistant for any warehouse. Navigation using DM codes and IMU ensures precise and efficient control of the robot’s movement.
Safety and operational efficiency
Safety is one of the key aspects of the HaiPick A42T-L. The robot is equipped with an anti-collision mechanism, zone obstacle avoidance and deceleration, as well as audible and visual alarms. These measures ensure safe operation and minimize the risk of accidents. The robot’s battery capacity is 48 V, with a choice between 62 Ah for ACR or 42 Ah for AMR, allowing for up to 9.7 hours of operation for ACR and 6 hours for AMR. The charging time is only 1 hour, ensuring high robot availability for continuous operation.
Flexibility and space efficiency
Thanks to its compact size and ability to move in all directions, the HaiPick A42T-L robot significantly increases storage density. The minimum width of the aisle required by the robot is only 1,160 mm, which allows for more efficient use of storage space. This flexibility is a key factor for companies that want to maximize the capacity of their warehouse while minimizing the need for human resources.
