As production line cycles accelerate, industrial robots are evolving from simple executors to intelligent production nodes through standardized control architectures. In highly integrated modern factories, programming language compatibility often determines the deployment efficiency and maintenance costs of automation systems. Yaskawa's GP series industrial robots address this challenge by deeply integrating the IEC61131-3 international standard with PLCopen programming specifications, breaking down barriers between traditional robot control and general PLC systems.
Unified Control Language: The Fusion of PLC and Robotics
The core advantage of Yaskawa's GP series lies in its exceptional openness. By supporting the IEC61131-3 standard, engineers can program robots using familiar PLC logic without learning complex proprietary languages. This "PLC-ized" control method significantly reduces system integration difficulty and dramatically shortens the cycle from production line design to formal operation. Combined with the MPiec robot control system, the GP series achieves higher-level synchronous control, ensuring precision and stability during multi-axis coordinated operations.
GP Series Model Matrix: Meeting Diverse Payload Requirements
The GP series currently includes four main models designed to cover various industrial scenarios from precision assembly to material handling. Each model achieves an optimal balance between payload capacity and working radius:
Payload: 7kg | Horizontal reach: 927mm | Vertical range: 1693mm
Its compact design makes it particularly suitable for electronic component assembly and small workpiece sorting in confined spaces.
Payload: 8kg | Horizontal reach: 727mm | Vertical range: 1312mm
Optimized motion trajectories focus on high-density layout environments, effectively increasing production output per unit area.
Payload: 12kg | Horizontal reach: 1440mm | Vertical range: 2511mm
This configuration makes it ideal for machine tending, packaging, and palletizing tasks.
Payload: 25kg | Horizontal reach: 1730mm | Vertical range: 3089mm
As the "heavyweight" of the series, it handles complex material handling and heavy processing tasks, serving as the core component for flexible manufacturing cells.
Advanced Applications and Technical Support
For applications requiring payloads exceeding 25kg, Yaskawa offers customized evaluation services. Through professional application analysis, technical teams provide tailored robot selection recommendations based on specific process requirements. This closed-loop service from standard products to customized support ensures each GP series robot delivers optimal performance in its intended production environment.
Yaskawa's GP series robots represent more than just hardware—they constitute a systematic solution that reshapes production processes through standardized control logic. As Industry 4.0 advances, this robot platform combining ease of use with high performance will continue to provide robust support for manufacturing automation upgrades.
As production line cycles accelerate, industrial robots are evolving from simple executors to intelligent production nodes through standardized control architectures. In highly integrated modern factories, programming language compatibility often determines the deployment efficiency and maintenance costs of automation systems. Yaskawa's GP series industrial robots address this challenge by deeply integrating the IEC61131-3 international standard with PLCopen programming specifications, breaking down barriers between traditional robot control and general PLC systems.
Unified Control Language: The Fusion of PLC and Robotics
The core advantage of Yaskawa's GP series lies in its exceptional openness. By supporting the IEC61131-3 standard, engineers can program robots using familiar PLC logic without learning complex proprietary languages. This "PLC-ized" control method significantly reduces system integration difficulty and dramatically shortens the cycle from production line design to formal operation. Combined with the MPiec robot control system, the GP series achieves higher-level synchronous control, ensuring precision and stability during multi-axis coordinated operations.
GP Series Model Matrix: Meeting Diverse Payload Requirements
The GP series currently includes four main models designed to cover various industrial scenarios from precision assembly to material handling. Each model achieves an optimal balance between payload capacity and working radius:
Payload: 7kg | Horizontal reach: 927mm | Vertical range: 1693mm
Its compact design makes it particularly suitable for electronic component assembly and small workpiece sorting in confined spaces.
Payload: 8kg | Horizontal reach: 727mm | Vertical range: 1312mm
Optimized motion trajectories focus on high-density layout environments, effectively increasing production output per unit area.
Payload: 12kg | Horizontal reach: 1440mm | Vertical range: 2511mm
This configuration makes it ideal for machine tending, packaging, and palletizing tasks.
Payload: 25kg | Horizontal reach: 1730mm | Vertical range: 3089mm
As the "heavyweight" of the series, it handles complex material handling and heavy processing tasks, serving as the core component for flexible manufacturing cells.
Advanced Applications and Technical Support
For applications requiring payloads exceeding 25kg, Yaskawa offers customized evaluation services. Through professional application analysis, technical teams provide tailored robot selection recommendations based on specific process requirements. This closed-loop service from standard products to customized support ensures each GP series robot delivers optimal performance in its intended production environment.
Yaskawa's GP series robots represent more than just hardware—they constitute a systematic solution that reshapes production processes through standardized control logic. As Industry 4.0 advances, this robot platform combining ease of use with high performance will continue to provide robust support for manufacturing automation upgrades.
