Comparing with traditional AGV(automatic guided vehicle), AMR or autonomous mobile robot requires no workspace reconstruction to achieve automated material handling/delivery, smart warehousing and information management. The original SLAM/Natural Navigation technology enables automatic obstacle avoidance and route adjustment to realize rapid deployment and efficient productivity improvement.
|Basic Performance||Radar Layout||Dual Radar (Diagonal)|
|Navigation Mode||Laser SLAM|
|Dimensions (L*W*H mm)||1000*765*365|
|Movement Performance||Max. Speed (m/s)||1.7|
|Gyration Radius (mm)||590|
|Corridor Width (mm)）||Min 950|
|Positioning Accuracy (mm)||±10|
|Precise Docking Accuracy (mm)||±5|
|Endurance Performance||Endurance (h)||8|
|Charging Time (h)||1.3|
|Charging Mode||Automatic/Manual/Battery Replacement|
The AMR operate under the carrier, lift it up and move. It has great advantage in limited space operation including narrow aisle traffic and turning. Customization supported for different carriers.
The AMR operate under or beneath the carrier, connect with carrier by external interface automatically and draw single or mutiple carries to move. It raises higher requirement on corridor width and parking space, comparing with lifting mode. Customization supported for different carriers.
Combined with roller or conveyor, the AMR transport material directly to production line. Comparing with manpower, it can perfectly figure out heavy goods transportation. Customization Supported.
A mind-blowing combination of AMR and co-robot(collaborative robot) to achieve automatic logistics and manufacture in the same time. It is prevailing in more and more industries and scenarios to efficiently take place manpower and handle tedious and repetitive works.Also we can integrate the Arm and Transporting modules to provide to all-in-one solution for material handling, delivery, loading/unloading and transporting.