11kw Digital Flatbed Cutter 1600 x 1300 mm CNC Car Mat Cutting Machine with 3 Years Warranty

The IB1613 Car Mat Cutting Machine is an advanced CNC oscillating knife cutting system engineered for automotive floor mat production. Built for factories manufacturing 2D/3D/5D/7D car mats, EVA/XPE laminated mats, coil carpets, PVC mats, trunk liners, and TPE rubber mats, the IB1613 delivers industry-leading precision and efficiency.

Powered by IBON's self-developed SmartNest™ software, the machine optimizes material usage and allows fast switching between different car models. With no molds required, car mat manufacturers can reduce cost, shorten development time, and increase overall production output.

The IB1613 supports continuous conveyor feeding, enabling uninterrupted cutting for roll materials and large-format mats. Whether used in automotive interior factories or custom car mat workshops, it provides stable performance, clean cutting edges, and consistent accuracy up to ±0.1 mm.

The digital knife cutting machines read CAD designs by software and then the material is cut by the high-frequency vibration of the blade. Intelligent operation through the computer, very flexible easy to operate and easy to learn. And the whole cutting process is smoke-free, dust-free, and very environmentally friendly.

• Car Seats: Cutting upholstery materials with precise stitching margins
• Door Panels: Producing exact shapes for leather or fabric inserts
• Dashboard Covers: Crafting overlays with high accuracy for aesthetic appeal
• Floor Mats and Carpets: Ensuring perfect cuts for custom-fit floor coverings
• Headliners: Cutting soft foam or fabric liners for roofs
• Window Film Sunburn Protection

Our oscillating knife cutting machine can replace manual cutting, help you save more labor, die and material production costs, and solve your difficult job recruitment and high labor costs!

• Some industries have high requirements for cutting precision, manual cutting cannot meet the cutting requirements
• The efficiency of manual cutting complex patterns is low, which cannot meet the needs of mass production
• The cost of manual cutting is high. If efficiency and precision are required, the number of workers can only be increased, and the cost of workers will be greatly increased