The DN6 series general-purpose cutting machine is an oscillating knife device for material cutting across multiple industries. Through its modular cutting heads and high-precision transmission structure, it addresses the cutting needs of different materials such as fabric, leather, foam, and carbon fiber on the same platform.
Core Advantages
- High-precision helical rack transmission combined with the oscillating knife can handle cutting of harder materials while balancing precision and continuous operation capability.
- Six-axis high-speed motion control system with independent intellectual property rights, paired with an independent high-performance integrated circuit controller; one computer can control multiple machines.
- Zoned vacuum adsorption system secures materials by zone, reducing displacement during cutting and facilitating stable processing of thin and soft materials.
- Integrated ground aluminum honeycomb table offers good air permeability and resists deformation, providing a flat reference for long-term continuous cutting.
- Replaceable modular cutting head design supports subsequent add-on upgrades, making it easy to adjust configuration as materials and processes change.
Applicable Materials and Industries
This series can cut materials such as fabric, leather, carpet, PVC, corrugated paper, foam, advertising materials, carbon fiber, and gaskets. It is suited to cutting processes in industries including packaging and printing, automotive interiors, composite materials, textiles and apparel, and advertising production, and is suitable for production scenarios with multiple varieties and frequent changeovers.
Selection Recommendations
When selecting a model, first confirm the types and thickness ranges of the materials you commonly cut, then determine the cutting head modules and table zoning configuration accordingly. If you plan to add configurations later, prioritize the modular cutting head option to reserve room for upgrades. For production lines managing multiple machines centrally, pay attention to the controller configuration that supports one machine controlling multiple devices.
