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| MOQ: | 1 |
| Price: | USD 8000-12000 Set |
| Standard Packaging: | Original packing |
| Delivery Period: | 8-12 Week |
| Payment Method: | T/T |
| Supply Capacity: | 50 sets per months |
The MOTOMAN-GP series is the perfect solution for enhancing production efficiency. Its advanced performance and precision sets a new standard on-site, making it the ideal way to boost productivity. The compact models are designed with high-speed motion and exceptional trajectory accuracy to provide optimal results.
Yaskawa ensures that the MOTOMAN-GP series is reliable and adaptable, offering optional configurations according to specific requirements of industries. The food industry can benefit from these robots, and they are designed to function in environments requiring high durability.
The medium-to-large MOTOMAN-GP models are capable of handling heavier workloads. These models can support payloads ranging from 20 to 600 kg, and arm reach lengths from 2061 mm to 3515 mm. In order to ensure the perfect match for specific requirements, there is an extensive product lineup available.
With MOTOMAN-GP robots, precision, performance, and reliability come together in one package, providing businesses with the power to enhance operations. Take advantage of the advanced features and boost your productivity with these cutting-edge robots.
Product Features: Compact & High-Speed Design
The MOTOMAN-GP series is designed to provide superior handling capabilities with a range of enhanced features that include increased payload capacity, speed, and wrist axis torque. These features make it ideal for diverse workpieces and gripping tools, and its high-speed performance across all axes ensures that acceleration and deceleration times are minimized by optimizing control for various positions to reach product limits.
The slim body and reduced L and U axis offset make it a user-friendly and compact solution, while the power cables can be routed from the bottom to minimize interference with surrounding walls. Extended maximum arm reach and travel range ensure that even broad-area operational tasks can be tackled with ease.
The symmetrically straight arm design is ideal for confined spaces since it minimizes interference with surrounding equipment, thus ensuring efficient integration. Additionally, Optional built-in solenoid valves (on axes 1-3) enhance operational versatility.
| Load Capacity | 0.5 Kg |
| Feature | Extremely Fast, Versatile, High Precision |
| Axis | 6 |
| Model | GP7 |
| Weight | 7 Kg |
| Warranty period | 1 Year |
| Mounting position | Ground; Top Mounted; Wall; Any Angle |
| Condition | New |
| Ambient temperature during operation | 0 °C To 45 °C (273 K To 318 K) |
| Brand | YASKAWA |
Precision fitting involves the process of connecting two or more parts by fitting them perfectly together. This is usually done in the manufacturing process to create a seamless product. Factors that can affect precision fitting include the materials being used and the size and shape of the components.
Grabbing and arranging is another important step in manufacturing. This refers to the process of identifying parts and components and arranging them in a specific order for assembly. This step is crucial in ensuring that the manufacturing process runs smoothly and that the final product is of high quality.
Transportation within and between devices is also important in manufacturing. This step involves moving parts and components from one device to another to ensure that assembly runs smoothly. Transportation can be done manually or through the use of automated conveyor systems.
Polishing is a process that is used to improve the surface finish of components. This process involves using tools and techniques to smoothen out rough surfaces and remove any imperfections. Polishing is important in creating a high-quality product that is aesthetically pleasing.
Assembly is the final step in the manufacturing process. This involves putting together the different components to create the final product. This step requires careful attention to detail and precision and is crucial in ensuring that the final product is of high quality and meets the required specifications.
The technical support and services provided for our industrial robot arm product include:
Our team of experienced technicians and engineers are dedicated to ensuring that our customers receive the highest level of support and service throughout the entire lifecycle of their industrial robot arm product.
Video
Video
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| MOQ: | 1 |
| Price: | USD 8000-12000 Set |
| Standard Packaging: | Original packing |
| Delivery Period: | 8-12 Week |
| Payment Method: | T/T |
| Supply Capacity: | 50 sets per months |
The MOTOMAN-GP series is the perfect solution for enhancing production efficiency. Its advanced performance and precision sets a new standard on-site, making it the ideal way to boost productivity. The compact models are designed with high-speed motion and exceptional trajectory accuracy to provide optimal results.
Yaskawa ensures that the MOTOMAN-GP series is reliable and adaptable, offering optional configurations according to specific requirements of industries. The food industry can benefit from these robots, and they are designed to function in environments requiring high durability.
The medium-to-large MOTOMAN-GP models are capable of handling heavier workloads. These models can support payloads ranging from 20 to 600 kg, and arm reach lengths from 2061 mm to 3515 mm. In order to ensure the perfect match for specific requirements, there is an extensive product lineup available.
With MOTOMAN-GP robots, precision, performance, and reliability come together in one package, providing businesses with the power to enhance operations. Take advantage of the advanced features and boost your productivity with these cutting-edge robots.
Product Features: Compact & High-Speed Design
The MOTOMAN-GP series is designed to provide superior handling capabilities with a range of enhanced features that include increased payload capacity, speed, and wrist axis torque. These features make it ideal for diverse workpieces and gripping tools, and its high-speed performance across all axes ensures that acceleration and deceleration times are minimized by optimizing control for various positions to reach product limits.
The slim body and reduced L and U axis offset make it a user-friendly and compact solution, while the power cables can be routed from the bottom to minimize interference with surrounding walls. Extended maximum arm reach and travel range ensure that even broad-area operational tasks can be tackled with ease.
The symmetrically straight arm design is ideal for confined spaces since it minimizes interference with surrounding equipment, thus ensuring efficient integration. Additionally, Optional built-in solenoid valves (on axes 1-3) enhance operational versatility.
| Load Capacity | 0.5 Kg |
| Feature | Extremely Fast, Versatile, High Precision |
| Axis | 6 |
| Model | GP7 |
| Weight | 7 Kg |
| Warranty period | 1 Year |
| Mounting position | Ground; Top Mounted; Wall; Any Angle |
| Condition | New |
| Ambient temperature during operation | 0 °C To 45 °C (273 K To 318 K) |
| Brand | YASKAWA |
Precision fitting involves the process of connecting two or more parts by fitting them perfectly together. This is usually done in the manufacturing process to create a seamless product. Factors that can affect precision fitting include the materials being used and the size and shape of the components.
Grabbing and arranging is another important step in manufacturing. This refers to the process of identifying parts and components and arranging them in a specific order for assembly. This step is crucial in ensuring that the manufacturing process runs smoothly and that the final product is of high quality.
Transportation within and between devices is also important in manufacturing. This step involves moving parts and components from one device to another to ensure that assembly runs smoothly. Transportation can be done manually or through the use of automated conveyor systems.
Polishing is a process that is used to improve the surface finish of components. This process involves using tools and techniques to smoothen out rough surfaces and remove any imperfections. Polishing is important in creating a high-quality product that is aesthetically pleasing.
Assembly is the final step in the manufacturing process. This involves putting together the different components to create the final product. This step requires careful attention to detail and precision and is crucial in ensuring that the final product is of high quality and meets the required specifications.
The technical support and services provided for our industrial robot arm product include:
Our team of experienced technicians and engineers are dedicated to ensuring that our customers receive the highest level of support and service throughout the entire lifecycle of their industrial robot arm product.
