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Aramid fiber has high toughness, and is prone to fluffing and loosening when cutting, and has a high risk of delamination (weak bonding between matrix resin and fiber). Traditional laser cutting will cause edge carbonization, mechanical blades will wear quickly, and the burrs may need to be polished again; the dust generated when cutting glass fiber cloth is very harmful and may cause respiratory diseases. Traditional water jet cutting is inefficient, and dry cutting will generate a large amount of glass fiber dust, which requires additional dust removal equipment and increases costs; carbon fiber cloth has high hardness, and the fiber direction of carbon fiber cloth affects the cutting quality. Traditional cutting methods are difficult to take into account the fiber characteristics in different directions.

The carbon fiber cutting machine use oscillating knife cutting tool controls the cutting error at about 0.2mm through high-frequency micro-vibration. Most products do not generate heat and will not damage the material itself. The vacuum adsorption system can firmly adsorb the material on the cutting platform, and this kind of cutting greatly reduces dust pollution and reduces the harm to workers. Through real-time detection and adjustment, the qualified rate can be greatly improved, and the vibration large cutting machine has multi-material adaptability and supports the processing of complex patterns, which increases added value and improves production efficiency.

 Recommended Models:  

Choose the appropriate cutting area according to the size of the materials to be cut, which can be customized to 2500mmx1600mm. Working area: 2500x1600mm Countertop type: Automatic feeding Cutting speed: 1500mm (depending on the material) Cutting thickness: ≤50mm (Depending on the material, the thickness that can be cut will vary) Rated power: 9KW

 Use Knives: 

 Hardware Display:  

 Application Samples: 

In the composite materials industry, carbon fiber cutting machine is widely used for high-precision cutting of a variety of composite materials. These materials usually have the characteristics of lightweight, high strength, wear resistance, high temperature resistance, and impact resistance. They are used in aerospace, automobile manufacturing, architectural decoration, electronics industry and other fields. The following are the common classifications of composite materials that can be cut by vibration knives:

1. FRP - Fiber Reinforced Polymer

Glass fiber reinforced plastic

Carbon fiber reinforced composite materials

Aramid fiber composite materials

2. Laminated composite materials

Aluminum-plastic composite panels

3. Foam/rubber composite materials

EVA+PET composite materials

EPE+aluminum foil composite materials

XPE+PE film

Rubber+fabric composite materials