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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 |
Looking to take your production efficiency to the next level? Look no further than the MOTOMAN-GP series from Yaskawa. Our robots offer unparalleled performance and precision, setting the industry standard.
Thanks to high-speed motion and exceptional trajectory accuracy, our compact models can help enhance productivity like never before. Plus, our robots are designed with versatility and durability in mind – we even offer optional configurations tailored for the food industry and environments requiring high durability.
For those with heavier workloads, our 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 a wide range of products available, we are confident that we have the perfect match for your specific needs.
When you choose MOTOMAN-GP, you are choosing precision, performance, and reliability all in one package. Empower your operations and contact us today to learn more about how Yaskawa can help elevate your production!
The MOTOMAN-GP series is designed to offer superior handling capabilities, with enhanced payload capacity, speed, and wrist axis torque, making it compact yet high-speed. It achieves a 38% increase in payload capacity and improved wrist axis load torque, which makes it suitable for diverse types of workpieces and gripping tools. This series is engineered to deliver high-speed performance across all axes.
By optimizing control for various positions to reach product limits, it minimizes acceleration/deceleration times, which further improves the overall speed. The slim, user-friendly body and arm structure minimize space requirements during installation and are facilitated by reduced L and U axis offset. Power cables can be easily routed from the bottom to minimize interference with walls, which is better compared to side routing. The series enables broad-area operational tasks due to its extended maximum arm reach and travel range.
The symmetrically straight arm design with optional built-in solenoid valves on axes 1-3 allows for efficient integration even in confined spaces, while minimizing interference with surrounding equipment. The optional solenoid valves enhance its operational versatility, making it a great choice for different automation tasks.
| Model | GP7 |
| Brand | YASKAWA |
| Application | For Welding Painting Gluing Palletising |
| Axis | 6 |
| Load Capacity | 0.5 Kg |
| Mounting position | Ground; Top Mounted; Wall; Any Angle |
| Pose repeatability | ± 0.01 Mm |
| Ambient temperature during operation | 0 °C To 45 °C (273 K To 318 K) |
| Warranty period | 1 Year |
| Condition | New |
Precision fitting is the practice of creating perfectly sized and shaped components that fit together seamlessly. This involves using precise measurements to ensure that each piece of a product is made to exact specifications. By achieving precision fitting, products can function more efficiently and be less prone to wear and tear.
Grabbing and arranging refer to the process of manipulating objects and arranging them in a specific order. This may involve picking up and moving objects by hand, or using tools to grasp and rearrange components. The goal of grabbing and arranging is to create a cohesive structure that functions as intended.
Transportation within and between devices is a critical aspect of manufacturing and assembly. Components must be moved from one location to another, without damage or loss, in order to complete the production process. This may involve using conveyors, robotic arms, or other specialized machinery.
Polishing is the process of smoothing and refining the surface of a product. This may involve buffing out imperfections, removing scratches, or creating a mirror-like finish. By polishing products, manufacturers can improve the overall appearance and quality of their finished goods.
Assembly is the final stage of the manufacturing process, in which all of the individual components of a product are brought together to form the finished product. This may involve using specialized tools and equipment, and often requires a high degree of precision and attention to detail.
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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 |
Looking to take your production efficiency to the next level? Look no further than the MOTOMAN-GP series from Yaskawa. Our robots offer unparalleled performance and precision, setting the industry standard.
Thanks to high-speed motion and exceptional trajectory accuracy, our compact models can help enhance productivity like never before. Plus, our robots are designed with versatility and durability in mind – we even offer optional configurations tailored for the food industry and environments requiring high durability.
For those with heavier workloads, our 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 a wide range of products available, we are confident that we have the perfect match for your specific needs.
When you choose MOTOMAN-GP, you are choosing precision, performance, and reliability all in one package. Empower your operations and contact us today to learn more about how Yaskawa can help elevate your production!
The MOTOMAN-GP series is designed to offer superior handling capabilities, with enhanced payload capacity, speed, and wrist axis torque, making it compact yet high-speed. It achieves a 38% increase in payload capacity and improved wrist axis load torque, which makes it suitable for diverse types of workpieces and gripping tools. This series is engineered to deliver high-speed performance across all axes.
By optimizing control for various positions to reach product limits, it minimizes acceleration/deceleration times, which further improves the overall speed. The slim, user-friendly body and arm structure minimize space requirements during installation and are facilitated by reduced L and U axis offset. Power cables can be easily routed from the bottom to minimize interference with walls, which is better compared to side routing. The series enables broad-area operational tasks due to its extended maximum arm reach and travel range.
The symmetrically straight arm design with optional built-in solenoid valves on axes 1-3 allows for efficient integration even in confined spaces, while minimizing interference with surrounding equipment. The optional solenoid valves enhance its operational versatility, making it a great choice for different automation tasks.
| Model | GP7 |
| Brand | YASKAWA |
| Application | For Welding Painting Gluing Palletising |
| Axis | 6 |
| Load Capacity | 0.5 Kg |
| Mounting position | Ground; Top Mounted; Wall; Any Angle |
| Pose repeatability | ± 0.01 Mm |
| Ambient temperature during operation | 0 °C To 45 °C (273 K To 318 K) |
| Warranty period | 1 Year |
| Condition | New |
Precision fitting is the practice of creating perfectly sized and shaped components that fit together seamlessly. This involves using precise measurements to ensure that each piece of a product is made to exact specifications. By achieving precision fitting, products can function more efficiently and be less prone to wear and tear.
Grabbing and arranging refer to the process of manipulating objects and arranging them in a specific order. This may involve picking up and moving objects by hand, or using tools to grasp and rearrange components. The goal of grabbing and arranging is to create a cohesive structure that functions as intended.
Transportation within and between devices is a critical aspect of manufacturing and assembly. Components must be moved from one location to another, without damage or loss, in order to complete the production process. This may involve using conveyors, robotic arms, or other specialized machinery.
Polishing is the process of smoothing and refining the surface of a product. This may involve buffing out imperfections, removing scratches, or creating a mirror-like finish. By polishing products, manufacturers can improve the overall appearance and quality of their finished goods.
Assembly is the final stage of the manufacturing process, in which all of the individual components of a product are brought together to form the finished product. This may involve using specialized tools and equipment, and often requires a high degree of precision and attention to detail.
