Brief: Want to know how a multi-layer leather cutting machine can transform your production line? This video provides a comprehensive walkthrough of the IBON CNC Oscillating Knife Cutting Machine, demonstrating its automated cutting process for various leather materials. You'll see how it achieves cleaner edges, reduces waste, and handles multiple layers efficiently for industries like footwear, automotive, and furniture.
Related Product Features:
Automatically cuts genuine and artificial leather materials with digital precision.
Features a customizable cutting area up to 2000x3000mm to suit various production needs.
Equipped with vibrating knife cutting tools for maximum 70mm thickness under vacuum suction.
Includes automatic cutting system software and LCD touch screen control for easy operation.
Reduces labor costs and material waste through high-efficiency nesting and multi-layer cutting.
Provides cleaner edges without burning, smell, or material deformation.
Built with industrial-grade components including servo motors and PLC for 24/7 reliability.
Offers 3-year warranty with global after-sales support and CE-certified safety standards.
FAQs:
What materials can this oscillating knife cutting machine handle?
It digitally cuts a wide range of materials including genuine leather (cowhide, sheepskin), artificial leather (PVC, PU), shoe upper materials, prepreg, neoprene, automotive interiors, foam, carbon fiber, fabric, and various composite materials.
What are the main advantages compared to traditional cutting methods?
This machine offers faster productivity for multi-layer materials, cleaner and smoother edges without burning or smell, high repeatability for batch production, lower labor costs, reduced waste, and industrial-grade stability for continuous operation.
Is customization available for different production requirements?
Yes, IBON cutting machines feature customizable software that allows easy adjustments and design modifications, supporting various cutting sizes and customer-specific specifications for flexible manufacturing adaptation.