Six-axis robot discontinuous line Six-axis robot discontinuous line
Six-axis robot discontinuous line

Six-axis robot discontinuous line

High Flexibility: The six-axis robot has multiple degrees of freedom, capable of flexibly performing complex trajectory actions (such as workpiece flipping and multi-angle picking and placing), adapting to different molds and product switches. Production rhythm and process paths can be quickly adjusted through programming to meet the needs of mixed production of multiple varieties. High Precision and Stability: Handling repeat positioning accuracy can reach ±2mm, ensuring consistency of stamped parts and reducing defect rates. High-Efficiency Continuous Production: Fully automated seamless connection throughout the process, with a production rhythm of 6-9.5 cycles per minute (depending on workpiece complexity). 24-hour continuous operation significantly improves equipment utilization (OEE). Intelligent Integration: Supports Internet of Things (IoT) and digital twin technology, real-time monitoring of equipment status, energy consumption, and fault warnings. Optimizes stamping parameters (such as pressure and speed) through machine learning, extending mold life.

Category:

Six-axis robot line

Detailed Description

Introduction:

Highly flexible: The six-axis robot has multiple degrees of freedom, capable of flexibly completing complex trajectory actions (such as workpiece flipping and multi-angle picking and placing), adapting to different molds and product switches. Production rhythm and process paths can be quickly adjusted through programming to meet the needs of mixed production of multiple varieties.

High precision and stability: Handling repeat positioning accuracy can reach ±2mm, ensuring consistency of stamped parts and reducing scrap rate.

Efficient continuous production: Fully automated seamless connection of the entire process, with a production rhythm of 6-9.5 cycles per minute (depending on workpiece complexity). 24-hour continuous operation significantly improves equipment utilization (OEE).

Intelligent integration: Supports Internet of Things (IoT) and digital twin technology, real-time monitoring of equipment status, energy consumption, and fault warnings. Optimizes stamping parameters (such as pressure and speed) through machine learning to extend mold life.

Summary of advantages: The automated stamping six-axis robot line solves problems of traditional stamping processes relying on manual labor, long mold change times, and multiple safety hazards through an automated solution characterized by "flexibility, high precision, and high efficiency." It is especially suitable for the high-end manufacturing industry's production demands of "small batches, multiple varieties, and high quality," making it a conventional entry-level solution for upgrading stamping workshops in the context of Industry 4.0.

 

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