A university laboratory in France recently selected the YUCHON CNC 1620L Digital Oscillating Knife Cutting Machine for advanced research and experimental applications in genuine leather cutting and material optimization.
Advanced Machine Configuration for Leather Cutting Processing
To meet the requirements of precision research and flexible experimentation, the machine was equipped with:
Oscillating Cutting Tool
Punching Tool
Pen Marking System
Genuine Leather Cutting System (Camera + Projector)
In addition, the machine integrates a dedicated leather cutting nesting software system, specifically designed for optimizing natural material utilization.
The nesting software provides advanced intelligent functions for leather processing:
- Automatic identification of defects on leather surfaces
- Intelligent nesting based on material quality and usable areas
- Adjustable spacing for optimized typesetting layout
- Manual grading and nesting control to improve material utilization
- Projector system for real-time visualization of cutting patterns on leather
With these functions, operators can accurately plan cutting layouts and significantly reduce material waste while improving efficiency.
Successful Testing & Customer Satisfaction
After the production was completed, Yu Chuan engineer finished the testing and debugging work, including the processes of leather cutting, punching. This system can accurately identify leather defects and generate optimized cutting paths, featuring stable performance and extremely high precision.
The CNC leather cutting machine significantly improved material utilization and reduced manual workload, allowing researchers to focus on development work. Full machine testing confirmed stable operation and cutting accuracy, and the customer expressed strong satisfaction with both machine performance and the Genuine Leather Cutting System, highlighting its value for research and practical applications.
Conclusion
The YUCHON CNC 1620L provides a powerful and intelligent solution for leather cutting research and academic applications, combining automation, precision, and material optimization.
We are honored to support the French university laboratory in advancing smart manufacturing research and will continue delivering high-performance digital cutting solutions for global customers.