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AMRAUTONOMOUS MOBILE ROBOTSINCREASE YOUR PRODUCTION AND REDUCE YOUR COSTS
WITH OUR AUTONOMOUS MATERIAL HANDLING SOLUTIONS -
RTLSREAL TIME LOCATION SYSTEMTRACK REAL-TIME LOCATIONS OF MOBILE OBJECTS SUCH AS FORKLIFT,
TRANSPALET, PERSONNEL IN ALL INDOOR ENVIRONMENTS -
UPLATVIRTUAL ROBOTICS LABORATORYDO ROBOTIC STUDIES WITHOUT NEEDING
LINUX AND ROS (ROBOT OPERATING SYSTEM) INSTALLATION
INOTA 100 WHY AMR ? AGV VS AMR Download PDF
Thanks to its autonomous transport technology, it is your biggest assistant for your material-cargo transportation works within the facility.
With the INOTA 100, you can standardize material movements, reduce your in-plant logistics costs and increase your production.
Thanks to its autonomous driving capability, it does not need in-plant cables, bands, magnetic infrastructure or markers, it creates the best route and reaches the target.
Teknik Özellikler;
Autonomous Decision Making
Material for the factory up to 100 kg.
Differential Driving
Versatile Control Panel
ROS Compatible Control Unit
Loading by entering under the platform
Ability to Walk Around Obstacle
Open Source Software
WHY AMR ?
It does not require cable, tape or magnetic line infrastructure within the facility. With zero infrastructure cost, the system is commissioned without the need for ground work.
There is no need for a personnel for material-load carrying purposes, AMR s can work 24/7.
When the charge level reaches a critical level, vehicles autonomously head towards the charging station, connect to the unit and continue their mission in the field after charging.
The area allocated for material transportation within the facility is minimized, and other vehicles and people can use the movement paths.
Field laser scanners on the AMR detect obstacles, slow down the AMR at the most accurate acceleration and prevent in-plant accidents.
Product losses are minimized thanks to safe driving technology.
In case of encountering an obstacle during transport, if there is enough space, it moves around or turns towards the destination by creating a new best route.
The location, battery status, route, load amounts, cycle times and possible errors of each AMR are monitored through the control system.