
CARY®
CARY® - the transport service robot from MetraLabs enables an automated and safe material and goods workflow according to your standards - without adapting to existing premises. CARY conveys loaded floor rollers completely autonomously and flexible through your factory.

Automatic loading and unloading of materials
Never manual handling tasks again: With CARY you set new standards for your material handling. Transport loaded floor rollers flexibly, safely and completely autonomously through your factory.
The compact and intuitive design enables fast operation even in tight environments. Together with our flexible navigation CogniDrive and the integration into your (intra-)logistic system, efficient internal processes can be generated. The autonomous robot CARY is highly flexible and safe to use in environments with humans. Whether consumption-controlled or cyclical – automate your internal transport tasks now.
Implement intralogistics 4.0 easily
Our service team provides support for a fast implementation of your projects. We take over the first configurations on the robot and instruct your team for an independent use of the forklift truck according to your ideas.
Autonomous transport of loaded floor rollers
Compact design
Several vehicles can be used depending on requirements
Communication of the forklifts with your personnel but also among each other for faster processing of orders
Link to existing (intra-)logic system
Problem-free transport even of very sensitive loads
Dimensions: 1090 mm x 402 mm x 869 mm
Maximum speed: 0.7 m/s
Max. payload: 150 kg
Weight: 90 kg
Duration: 6h
Charging time: 2h
Autonomous navigation and 3D obstacle avoidance
Safety edge
Touchscreen
Industry 4.0
Artificial intelligence is conquering the factories in a rush and is the basis for continuous improvements in production. AI has the potential to revolutionize industry
– Bitkom President Achim Berg (2019, Bitcom press release)
Transport service robot CARY in use
Start your project today.
We offer free and non-committal consultation.