Key Aspects:
• The machine operates by using various types of knife tools (e.g. oscillating, tangential, or drag knives) that physically slice through the material.
• Unlike traditional methods involving heat (laser cutting) or rotating tools (CNC routers), knife cutting is a "cold" process, preventing material damage like burnt edges or melting, which is essential for heat-sensitive materials.
• A vacuum system typically holds the material securely on a flatbed table during the cutting process.
Materials Processed and Applications:
• fabric, leather, non-woven materials, technical textiles (apparel and textile)
• corrugated cardboard, honeycomb board, foam inserts, paperboard (packaging)
• car mats, seat covers, interior foam padding, carpets (automotive and upholstery)
• vinyl, foam board, adhesive films, banners (advertising and signage)
• rubber and gaskets
• composites like carbon fiber, fiberglass
Primary Benefits:
• High Precision and Consistency: The computer control virtually eliminates human error, producing intricate and complex shapes with high accuracy (often ±0.1mm).
• Flexibility and Speed: Designs can be changed quickly in the software, eliminating the need for expensive, fixed molds or dies. They are often 5-8 times faster than laser cutters for applicable materials.
• Material Efficiency: Intelligent nesting software can automatically arrange patterns to maximize material usage and reduce waste.
• Clean Operation: The "cold cutting" process produces no harmful gases, smoke, or burnt edges, making it environmentally friendly and safe for a wider range of materials.