Composites Digital cutting machine for carbon fiber frame and fork

1. Can cut various software material, 2. Can read all .dxf file, 3. High speed 1.8m/s, 4. Size is customized, 5. Large format - details see: https://www.machineto.com/composites-digital-cutting-machine-for-carbon-fiber-frame-and-fork-10125971

Condition:New	Place of Origin:Zhejiang China (Mainland)	Brand Name:IECHO	Model Number:SC
Voltage:220V/380V	Power(W):11KW	Certification:CE

Composites Digital cutting machine for carbon fiber frame and fork

contact supplier for Composites Digital cutting machine for carbon fiber frame and fork

SC cutting system is easy to operate; it can cut carbon fiber, glass fiber, PVC, leather and other soft composite materials automatically with high speed, by inputting the patterns, without making sampling, drawing line and cutting dies. This system is equipped with five cutting tools, each can be changed quickly. With ECHO powerful automatic nesting system to reduce the space between patterns, improve the material utilization and save costs.

Tools:

Rotary/tangent knife, punching tool and pen holder.

Parameters:

Applications:

Aviation, Automobile, Marine, Energy-Saving Wind Power, Leather, Sports, Membranes, Tents, and Garments industries.

Products Features:

(1) Incomparable cutting speed, high repeatability and cutting precision.

(2) Powerful nesting system can save material greatly to enhance the production efficiency.

(3) Five cutting Tools (Pen, Rotary knife, Tangent knife, Punching knife and Notch knife), can fulfill to cut different materials by adjusting the knives quickly.

(4) Flexible adsorption functions by adsorbing different areas to improve the vacuum adsorbing ability.

(5) Powerful flexible cutting heads can cut different materials to ensure the cutting precision, and meet the customers’special requirements.

(6) This equipment is easy to operate, more humanized and intelligent.

(7) Powerful SmartCutAutoPlot can compete with most CADs.

(8) SmartCutAutoPlot has the function of automatically recognize the pattern, cutting path optimization, specified the cutting tools, and set the cutting length, and over-cut, to support the cutting machine to achieve the best cutting result.