YASKAWA HANDLING ROBOT MOTOMAN-GP200R

Short Description:

MOTOMAN-GP200R, a 6-axis vertical multi-joint, industrial handling robot, with a wealth of functions and core components, can meet the needs of a wide range of users, such as grabbing, embedding, assembly, grinding, and processing of bulk parts. The maximum load is 200Kg, the maximum action range is 3140mm.


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Handling Robot  Description:

The use of handling robots in many production fields has proved that it has a remarkable role in improving the level of production automation, improving labor productivity and product quality, economic benefits, and improving workers' working conditions.

MOTOMAN-GP200R, a 6-axis vertical multi-joint, industrial handling robot, with a wealth of functions and core components, can meet the needs of a wide range of users, such as grabbing, embedding, assembly, grinding, and processing of bulk parts. The maximum load is 200Kg, the maximum action range is 3140mm, and it is suitable for YRC1000 control cabinet. Uses include handling, pickup/packing, palletizing, assembly/distribution, etc.

The GP200R industrial handling robot reduces the number of cables between the robot and the control cabinet, improves the maintainability while providing simple equipment. The shelf can effectively use the space, and realize the colorful circuit layout through the combination with other robots. It is more convenient to cooperate with other devices.

Technical Details of Handling Robot :

Controlled   Axes Payload Max Working Range Repeatability
6 200Kg 3140mm ±0.05mm
Weight Power Supply S Axis L Axis
1760Kg 5.0kVA 90 °/sec 85 °/sec
U Axis R Axis B Axis T Axis
85 °/sec 120 °/sec 120 °/sec 190 °/sec

Judging from the products launched by the world's robots in recent years, the GP series industrial handling robot technology is developing in the direction of intelligence, modularity and systematization. Its development trends are mainly: modularization and reconfiguration of structure; control technology The openness, PCization and networking of the system; the digitization and decentralization of servo drive technology; the practicality of multi-sensor fusion technology; the optimization of working environment design and the flexibility of operation, as well as the networking and intelligence of the system.


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