● High flexibility The six-axis robot has many degrees of freedom and can flexibly complete complex trajectory movements (such as workpiece flipping, multi-angle pick-up and placement), adapting to the switching of different molds and products. The production rhythm and process path can be quickly adjusted through programming to meet the production needs of multiple varieties and mixed lines.
● High precision and stability The handling and repeated positioning accuracy can reach ±2mm, ensuring the consistency of stamping parts and reducing the scrap rate.
● High flexibility The six-axis robot has many degrees of freedom and can flexibly complete complex trajectory movements (such as workpiece flipping, multi-angle pick-up and placement), adapting to the switching of different molds and products. The production rhythm and process path can be quickly adjusted through programming to meet the production needs of multiple varieties and mixed lines.
● High precision and stability The handling and repeated positioning accuracy can reach ±2mm, ensuring the consistency of stamping parts and reducing the scrap rate.
● Efficient and continuous production The whole process is seamlessly automated, and the production rhythm can reach 6-9.5 times/minute (depending on the complexity of the workpiece). 24-hour continuous operation greatly improves equipment utilization (OEE).
● Intelligent integration Supports the Internet of Things (IoT) and digital twin technology to monitor equipment status, energy consumption and fault warning in real time. Optimize stamping parameters (such as pressure and speed) through machine learning to extend mold life.
● Advantages summary The six-axis stamping robot automation line solves the problems of traditional stamping process relying on manual labor, long mold change time, and many safety hazards through the "flexible, high-precision, and high-efficiency" automation solution. It is especially suitable for the high-end manufacturing industry's production needs for "small batches, multiple varieties, and high quality", and is the core solution for upgrading stamping workshops under the background of Industry 4.0.
Servo axis number |
6 |
|
Suitable for crimping distance |
5500-6500 |
mm |
Repeat positioning accuracy |
±2 |
mm |
Mold + maximum blank weight |
100 |
Kg |
End Pickup Automatic Quick Change/ATC |
Classification |
|
Maximum output of production line |
9.5 |
SPM |
Note: System options include ABB, KUKA, Fanuc, Yaskawa, etc. |
● Efficient and continuous production The whole process is seamlessly automated, and the production rhythm can reach 6-9.5 times/minute (depending on the complexity of the workpiece). 24-hour continuous operation greatly improves equipment utilization (OEE).
● Intelligent integration Supports the Internet of Things (IoT) and digital twin technology to monitor equipment status, energy consumption and fault warning in real time. Optimize stamping parameters (such as pressure and speed) through machine learning to extend mold life.
● Advantages summary The six-axis stamping robot automation line solves the problems of traditional stamping process relying on manual labor, long mold change time, and many safety hazards through the "flexible, high-precision, and high-efficiency" automation solution. It is especially suitable for the high-end manufacturing industry's production needs for "small batches, multiple varieties, and high quality", and is the core solution for upgrading stamping workshops under the background of Industry 4.0.
Servo axis number |
6 |
|
Suitable for crimping distance |
5500-6500 |
mm |
Repeat positioning accuracy |
±2 |
mm |
Mold + maximum blank weight |
100 |
Kg |
End Pickup Automatic Quick Change/ATC |
Classification |
|
Maximum output of production line |
9.5 |
SPM |
Note: System options include ABB, KUKA, Fanuc, Yaskawa, etc. |
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