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Multi-tote ACR
HaiPick A42 - Cloned by leslie 20230822-1622 edit data 10221
The HAIPICK A42 is the ACR (autonomous case-handling robot), independently developed by HAI ROBOTICS. It can realize intelligent picking, storage and simultaneous handling of multiple cases (up to 300kg on a single trip).
As a new intelligent logistics handling device, HAIPICK A42 can realize intelligent moving in the warehouse without the help of any track. It has the functions of autonomous navigation, active obstacle avoidance, and autonomous charging.
Compared with Minoload and AS/RS:
Flexible and efficient deployment
Low upgrade cost
Strong scalability
Compared with Latent AGVs:
Transform from the traditional "shelf to person" to the efficient "case to person"
Smaller picking granularity
No need to climb up to pick, the operation is more efficient and comfortable
Support docking to:
Shelves, latent AGVs, robotic arms, multi-function workstations, and other equipment
0.4 - 5.2m
Picking Height
8+1 Cases
Transport Up
1.8m/s
Max. Speed
±3mm
Picking & Placing Accuracy
The HAIPICK A42 is the ACR (autonomous case-handling robot), independently developed by HAI ROBOTICS. It can realize intelligent picking, storage and simultaneous handling of multiple cases (up to 300kg on a single trip).
As a new intelligent logistics handling device, HAIPICK A42 can realize intelligent moving in the warehouse without the help of any track. It has the functions of autonomous navigation, active obstacle avoidance, and autonomous charging.
Compared with Minoload and AS/RS:
Flexible and efficient deployment
Low upgrade cost
Strong scalability
Compared with Latent AGVs:
Transform from the traditional "shelf to person" to the efficient "case to person"
Smaller picking granularity
No need to climb up to pick, the operation is more efficient and comfortable
Support docking to:
Shelves, latent AGVs, robotic arms, multi-function workstations, and other equipment
Product Features
Optional Features
Optional Features
Double-deep Fork
Reduce aisle area by 50% and further increase storage density
3D Visual Recognition
Support carton picking, compatible with multi-size cases
Adapt to the situation that some containers cannot be identified by the code
Flexible Width Fork Technology
The size of the cases can be automatically recognized for flexible pick and place
Reasonably utilizing case spacing to increase the overall storage density by more than 30%
Slam Navigation
Laser recognition, flexible obstacle avoidance
Suitable for human-robot interaction scenarios
Our Solutions
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
Solutions provided by HAI ROBOTICS can increase efficiency while reducing costs, enabling smart warehouse.
