Technical Support

Technical Support


Successful Cases


Five axis composite material cutting and milling machining center

The five axis composite material cutting and milling machining center is specifically designed for carbon fiber, fiberglass, honeycomb structures Precision processing equipment designed for PMI foam and other composite materials, combined with five axis linkage technology and composite material characteristics, Efficient cutting of complex surfaces can be achieved. EADS Processing aircraft fuselage composite skin, wing honeycomb sandwich structure, engine blades, etc, Meet the requirements of lightweight and high-strength 3616. automobile making Used for precision milling of components such as carbon fiber battery trays, crash beams, and interior parts, Support mixed processing of aluminum alloy and composite materials 61113. New Energy and Rail Transit The complex surface processing of wind turbine blade molds and high-speed rail car covers improves production consistency. medical equipment High precision engraving and milling of orthopedic implants, carbon fiber prostheses and other medical equipment

Five axis gantry foam engraving machine

Five axis linkage control Adopting the coordinated motion of X/Y/Z linear axis and A/C rotation axis, Realize seamless processing of complex surfaces. RTCP (Tip Following) technology By compensating the center point position of the tool in real-time, Ensure that the cutting tool maintains cutting accuracy in different postures, Reduce manual intervention. This technology is particularly suitable for continuous surface machining of large foam molds, The error can be controlled within ± 0.03mm

Large woodworking five axis machining center

The five axis machining center has significant advantages: the accuracy error can be controlled at the micrometer level, especially suitable for complex surface machining; Improve processing efficiency by 3-5 times and support continuous high-intensity operations; Compatible with substitute wood, oil sludge, foam and other materials; Optimize tool line speed and improve surface smoothness through angle avoidance strategy. In addition, the enclosed structure design can effectively collect wood dust and improve the working environment.

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