|
| MOQ: | 1 |
| Price: | USD 8000-12000 Set |
| Standard Packaging: | Original packing |
| Delivery Period: | 4-8 Week |
| Payment Method: | T/T |
| Supply Capacity: | 50 sets per months |
The MOTOMAN-GP series is the ultimate solution for enhancing productivity in your production line. Our robots offer advanced performance and exceptional precision that sets a new standard for production efficiency. They can help you meet your production goals in a cost-effective manner.
Our compact models are designed to save space and, at the same time, deliver high-speed performance and accuracy. They are guaranteed to enhance your on-site production capacity. Furthermore, Yaskawa provides optional configurations that are tailored for the food industry, such as those requiring a high level of durability and reliability. This ensures that your production processes are safe and reliable.
For heavier workloads, the medium-to-large MOTOMAN-GP models support payloads ranging from 20 to 600 kg, with arm reach lengths from 2061 mm to 3515 mm. With our extensive product lineup, we guarantee you’ll find the perfect robot that meets your specific requirements.
Choose MOTOMAN-GP robots for precision, performance, and reliability – all in one. Contact us today to learn more about how we can elevate your production to the next level!
The MOTOMAN-GP series has been created with a focus on providing superior handling capabilities. This is achieved through an enhanced payload capacity, speed, and wrist axis torque. The payload capacity has increased by 38%, and the wrist axis load torque has improved, making it possible to support diverse workpieces and gripping tools.
The design of the series allows for high-speed performance across all axes. This has been achieved by optimizing control for various positions in order to reach product limits as quickly as possible. The result is lower acceleration/deceleration times and higher speeds.
The body and arm structure of the MOTOMAN-GP series are slim and user-friendly, minimizing installation space requirements. This has been facilitated by a more compact setup, which is achieved through reduced L and U axis offset. Additionally, power cables can be routed from the bottom to minimize interference with walls.
The series has an extended maximum arm reach and travel range, enabling it to accomplish broad-area operational tasks with ease. This is further enhanced by the symmetrically straight arm design, which restricts interference with surrounding equipment, even in confined spaces.
Finally, the series boasts optional built-in solenoid valves on axes 1-3, enhancing its operational versatility even further.
| Place of Origin | China |
| Pose repeatability | ± 0.01 Mm |
| Mounting position | Ground; Top Mounted; Wall; Any Angle |
| Load Capacity | 0.5 Kg |
| Warranty period | 1 Year |
| Condition | New |
| Weight | 7 Kg |
| Model | GP7 |
| Feature | Extremely Fast, Versatile, High Precision |
| Axis | 6 |
Precision fitting is a critical process that ensures two or more components fit together seamlessly. It involves using accurate measurements and specifications to align the pieces into position.
Grabbing and arranging is another important task in the manufacturing of devices. This step involves sorting and organizing various parts before proceeding with the assembly. It requires attention to detail and keen observation skills to ensure that each component is in place.
Transportation within and between devices is also a crucial step in device manufacturing. It involves the transfer of materials and components from one area to another within a single device, or between different devices. This process requires careful handling to prevent damage to the materials and ensure that they are correctly placed within the device.
Polishing is a finishing step that adds a smooth and reflective surface to the manufactured device. It is done by removing any rough edges or surfaces and smoothing them out using various tools and techniques.
The final step in device manufacturing is assembly. It involves putting together all the parts and components into a complete and finished device. This step requires precision and accuracy to ensure that all the components fit together correctly and that the device functions smoothly.
Our Industrial Robot Arm product comes with a comprehensive technical support and services package to ensure maximum efficiency and productivity. Our team of experienced technicians are available to provide installation, maintenance, and repair services to ensure your robot arm is always operating at peak performance. In addition, we offer training services to ensure that your staff is fully equipped to operate and maintain the robot arm. We also offer customization services to tailor the robot arm to your specific needs. Our technical support team is available 24/7 to assist with any issues or questions you may have.
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Video
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|
| MOQ: | 1 |
| Price: | USD 8000-12000 Set |
| Standard Packaging: | Original packing |
| Delivery Period: | 4-8 Week |
| Payment Method: | T/T |
| Supply Capacity: | 50 sets per months |
The MOTOMAN-GP series is the ultimate solution for enhancing productivity in your production line. Our robots offer advanced performance and exceptional precision that sets a new standard for production efficiency. They can help you meet your production goals in a cost-effective manner.
Our compact models are designed to save space and, at the same time, deliver high-speed performance and accuracy. They are guaranteed to enhance your on-site production capacity. Furthermore, Yaskawa provides optional configurations that are tailored for the food industry, such as those requiring a high level of durability and reliability. This ensures that your production processes are safe and reliable.
For heavier workloads, the medium-to-large MOTOMAN-GP models support payloads ranging from 20 to 600 kg, with arm reach lengths from 2061 mm to 3515 mm. With our extensive product lineup, we guarantee you’ll find the perfect robot that meets your specific requirements.
Choose MOTOMAN-GP robots for precision, performance, and reliability – all in one. Contact us today to learn more about how we can elevate your production to the next level!
The MOTOMAN-GP series has been created with a focus on providing superior handling capabilities. This is achieved through an enhanced payload capacity, speed, and wrist axis torque. The payload capacity has increased by 38%, and the wrist axis load torque has improved, making it possible to support diverse workpieces and gripping tools.
The design of the series allows for high-speed performance across all axes. This has been achieved by optimizing control for various positions in order to reach product limits as quickly as possible. The result is lower acceleration/deceleration times and higher speeds.
The body and arm structure of the MOTOMAN-GP series are slim and user-friendly, minimizing installation space requirements. This has been facilitated by a more compact setup, which is achieved through reduced L and U axis offset. Additionally, power cables can be routed from the bottom to minimize interference with walls.
The series has an extended maximum arm reach and travel range, enabling it to accomplish broad-area operational tasks with ease. This is further enhanced by the symmetrically straight arm design, which restricts interference with surrounding equipment, even in confined spaces.
Finally, the series boasts optional built-in solenoid valves on axes 1-3, enhancing its operational versatility even further.
| Place of Origin | China |
| Pose repeatability | ± 0.01 Mm |
| Mounting position | Ground; Top Mounted; Wall; Any Angle |
| Load Capacity | 0.5 Kg |
| Warranty period | 1 Year |
| Condition | New |
| Weight | 7 Kg |
| Model | GP7 |
| Feature | Extremely Fast, Versatile, High Precision |
| Axis | 6 |
Precision fitting is a critical process that ensures two or more components fit together seamlessly. It involves using accurate measurements and specifications to align the pieces into position.
Grabbing and arranging is another important task in the manufacturing of devices. This step involves sorting and organizing various parts before proceeding with the assembly. It requires attention to detail and keen observation skills to ensure that each component is in place.
Transportation within and between devices is also a crucial step in device manufacturing. It involves the transfer of materials and components from one area to another within a single device, or between different devices. This process requires careful handling to prevent damage to the materials and ensure that they are correctly placed within the device.
Polishing is a finishing step that adds a smooth and reflective surface to the manufactured device. It is done by removing any rough edges or surfaces and smoothing them out using various tools and techniques.
The final step in device manufacturing is assembly. It involves putting together all the parts and components into a complete and finished device. This step requires precision and accuracy to ensure that all the components fit together correctly and that the device functions smoothly.
Our Industrial Robot Arm product comes with a comprehensive technical support and services package to ensure maximum efficiency and productivity. Our team of experienced technicians are available to provide installation, maintenance, and repair services to ensure your robot arm is always operating at peak performance. In addition, we offer training services to ensure that your staff is fully equipped to operate and maintain the robot arm. We also offer customization services to tailor the robot arm to your specific needs. Our technical support team is available 24/7 to assist with any issues or questions you may have.
