Carbon Fiber Fiberglass Prepregs Digital Cutting Machine

The HTY Carbon Fiber Fiberglass Prepregs Digital Cutting Machine is a high-precision CNC cutting solution designed for processing advanced composite materials such as carbon fiber, fiberglass, carbon fiber prepregs, aramid fiber, PE membranes, and insulation materials.

Using advanced oscillating knife technology, intelligent nesting software, vacuum adsorption, and automated material handling, the machine delivers accurate, clean cuts while improving material utilization and production efficiency. It is suitable for demanding applications in aerospace, automotive, renewable energy, sporting goods, marine products, and composite manufacturing.

Applications of Carbon Fiber & Fiberglass Cutting Machine

The HTY digital composite cutting machine is designed to process a wide variety of materials, including:

• Carbon fiber and carbon fiber prepregs

• Fiberglass and fiberglass mats

• Glass fiber fabrics

• Aramid fiber

• Polyester and composite fabrics

• PE membranes

• Insulation cotton

• Sound insulation materials

• Other flexible composite materials

Typical applications include:

• Aerospace components

• Automotive parts

• Drones and UAV components

• Bicycles and bicycle components

• Fishing equipment

• Surfboards

• Sporting goods

• Protective clothing

• Renewable energy components

• Composite structural parts

Key Features

High-Precision Composite Cutting

The oscillating knife cutting system provides positioning accuracy of up to ±0.1 mm, enabling precise processing of complex carbon fiber and fiberglass patterns.

High-Speed Production

Cutting speeds can reach up to 1,800 mm/s, depending on material characteristics and cutting conditions. The system supports efficient production for both prototyping and larger-volume manufacturing.

Multi-Layer Cutting

The machine can support multi-layer processing according to material type, thickness, and tooling requirements, helping manufacturers increase throughput and reduce manual cutting operations.

Intelligent Material Optimization

Advanced nesting software automatically arranges cutting patterns to maximize material utilization. Optimized layouts can significantly reduce scrap and improve the yield of expensive composite materials.

Wide Material Compatibility

The CNC cutter can process different composite structures and material types, including carbon fiber prepregs, fiberglass mats, aramid materials, and other flexible technical fabrics.

Technical Parameters