Autonomous Mobile Robots
Efficient Material Transport By Autonomous Mobile Robots
Intra Logistics Today Is Increasingly Characterized By Standardized Processes, Whereby Goods Are Always Transported Back To Precise Positions By Means Of Short And Medium-Length Routes. Autonomous Mobile Robots Increase The Efficiency Of These Processes Significantly. They Take Over Repetitive Transport Tasks From Employees, Shorten Routes On Foot , Increase Handling Capacity, And Minimize Error And Accident Rates. Thanks To Their Compactness And Manoeuvrability, They Take Up No More Space Than The Transported Load, And They Can Also Move Efficiently In Tight Spaces. They Can Easily Be Integrated Into Existing Processes And Work Seamlessly Together With Other Automated Components In The Warehouse
Autonomous Mobile Robot
Depending On The Model, Autonomous Mobile Robots Can Move Loads Of Up To 1500 Kilograms Per Transport Journey. The Load Can Be Picked Up Together With Trolleys That Can Be Driven Under And Set Down Anywhere In The Room. Transport Between Static Reloading Stations Or Conveyor Belts Is Also Possible. Thanks To Modern Safety Technology, Amrs Can Also Be Used In Busy Warehouse Environments And Heavily Used Loading Zones. Various Sensors Monitor The Entire Truck Surroundings At All Times, In Order To Prevent Collisions And Ensure Safe Movement. Autonomous Mobile Robots Are Therefore Able To Work Together With People And Other Trucks With Ease, Even In Very Tight Spaces.
Automated Mobile Platform Is Ideal For Transporting Material Over Short And Medium Distances In Confined Spaces. The Load Can Be Picked Up And Set Down Together With Trolleys That The Can Drive Underneath. Transport Between Static Reloading Stations Or Conveyor Belts Is Also Possible. Depending On The Model, The Automated Platform Can Handle Maximum Loads Of 600, 1000, Or 1500 Kilograms. Routes And Transport Orders Are Controlled Via Software. The Mobile Platforms Navigate Within The Space Using The QR Codes Affixed To The Floor, Stop Automatically In Front Of Obstacles, Or Drive Round Them. The Safety Technology And Extremely Compact External Dimensions Mean That Trucks Can Also Be Used In Places Where Pedestrians And Other Trucks Are Moving Around. The Applications Of The Trucks Can Be Changed Flexibly Or Expanded By Combining Them With Additional Trucks.
Features
Reliably Detects Its Surroundings Using A Laser Scanner And Reacts Instantly When People, Trucks, Or Other Obstacles Are Blocking Its Path. It Doesn’t Make Any Difference Whether These Are Moving Or Stationary Obstacles. Real-Time Information Processing Enables To Adjust Its Speed To The Situation Or To Remain Stationary Until Any People Or Trucks Have Left Its Monitoring Zone. It Therefore Delivers The Ideal Combination Of Maximum Productivity And The Highest Possible Levels Of Safety. It Is Equipped With A Robust All-Round Collision Protection System For Additional Protection, Especially When Turning On The Spot And Reversing. In Addition, It Has Separate Emergency Stop Switches On All Four Sides.
· Laser Scanner For Monitoring The Surroundings
· Real-Time Data Processing
· Reliable Protection Of People And Trucks
· Emergency Stop Switches On All Four Sides
· Robust Collision Protection All-Round The Truck
Technical Data
Model Load Capacity/Load Load Dimension B12 X L6 Height, Lowered Travel Speed, With/Without Load
06 0.6 (T) 900x900 // (780 X 780) (Mm) 240 (Mm) 5.4 / 7.2 Km/H
10 1.0 (T) 1200x1200 // (1080 X 1080) (Mm) 260 (Mm) 4.3 / 5.4 Km/H
15 1.5 (T) 1200x1200 // (1080 X 1080) (Mm) 260 (Mm) 4.3 / 5.4 Km/H
Autonomous Mobile Robot (SLAM)
Reliable Simultaneous Localisation and Mapping Navigation
The autonomous mobile transport robot is the ideal solution for automated processes in mixed operating conditions, where it can easily operate in the same environment as people, manual forklift trucks, and other automated industrial trucks. It independently transports pallets and rolling racks, moves loads of up to 1000 kilograms over medium and long distances, and has a top speed of 8 km/h. Thanks to the innovative natural feature navigation (SLAM) system, the truck maps its own route and is therefore able to avoid obstacles as required. There is no need for any permanent infrastructure to be installed. Optimized for flexible load pick-up. As a result, it is also capable of picking up load carriers, such as trolleys, that are not in an ideal position. The cloud-based software control enables the transport robot to integrate effortlessly into the overarching intra logistics processes.
Technical Data
Model Load capacity/Load Load dimension b12 x l6 Height, lowered Travel speed, with/without load
10 1.0 (t) 1260 x 860 (mm) 222 (mm) 8 km/h