Features
Improves both work environment and productivity
Prevents operator musculoskeletal disorders by automating high-payload (over 8 kg) handling
Minimizes idle time by supporting two machining centers simultaneously
Supports optimal design and pre-validation based on process conditions
Supports custom tool design and fabrication optimized for process conditions and performance
Enables stable gripping through tool design optimized for automotive wheel geometry
High durability and high protection rating
IP67 protection for harsh machining environments
High reliability with an ABB industrial robot designed for low failure rates
Results
| Key Benefits | Higher productivity through reduced cycle time Prevention of operator musculoskeletal disorders |
|---|---|
| Client Feedback | This process was physically demanding due to high-payload product handling. With automation, operators were reassigned to other processes, improving work efficiency and productivity. |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
Automated Weather Strip Clip Insertion System using a Cartesian Robot
Process Overview This solution is a manufacturing automation system that automates the insertion process of automotive weather strip clips using a cartesian robot. By automating the entire continuous workflow in-line, including raw material cutting, clip insertion, and appearance inspection, productivity has been significantly improved.
EV Cooling Fin Manufacturing Automation with 4 Hyundai Robots and a Cartesian Robot
Process Overview This solution is a manufacturing automation system for producing EV cooling fins using four Hyundai Robotics HH010L robots and a cartesian robot. By automating the entire continuous workflow in-line, including raw material cutting, press forming, and appearance inspection, productivity has increased and product quality has been significantly improved through 100% inspection.
Automotive Wheel Deburring with UR10 and OnRobot HEX Force/Torque Sensor
Process Overview This application performs deburring on the edge area of automotive wheels using a Universal Robots UR10 and the OnRobot HEX force/torque sensor. By utilizing the OnRobot force/torque sensor, the system can perform consistent deburring while moving along the curved surface geometry of the wheel.
Features
Improves both work environment and productivity
Prevents operator musculoskeletal disorders by automating high-payload (over 8 kg) handling
Minimizes idle time by supporting two machining centers simultaneously
Supports optimal design and pre-validation based on process conditions
Supports custom tool design and fabrication optimized for process conditions and performance
Enables stable gripping through tool design optimized for automotive wheel geometry
High durability and high protection rating
IP67 protection for harsh machining environments
High reliability with an ABB industrial robot designed for low failure rates
Results
| ROI Period | 1.5 years |
|---|---|
| Key Benefits | Higher productivity through reduced cycle time Prevention of operator musculoskeletal disorders |
| Client Feedback | This process was physically demanding due to high-payload product handling. With automation, operators were reassigned to other processes, improving work efficiency and productivity. |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Related Use Cases
Automated Weather Strip Clip Insertion System using a Cartesian Robot
EV Cooling Fin Manufacturing Automation with 4 Hyundai Robots and a Cartesian Robot