Carbon Fiber Reinforced Polymer (CFRP) has steel-like hardness but is very prone to delamination. We use specialized diamond tools, optimized cutting parameters, and automated dust-isolated grinding processes to ensure machined parts are free of burrs, delamination, or tearing.
Multi-Axis CNC Precision Machining (Drilling / Slotting / Edge Cutting)
Technology Advantages: Using high-rigidity machining centers and minimal cooling techniques to tackle carbon fiber's low thermal conductivity and tendency to overheat.
Precision tolerances meet the strict requirements of aerospace-grade and semiconductor fixtures.
Applications: Cutting drone fuselage panels, drilling weight-reduction holes in precision structural parts.
Automated Grinding and Surface Polishing Technology
Technology Advantages: Combined with intelligent robotic grinding systems like those from Dashiang Technology, precise force control perfectly removes release agents and corrects minor defects.
Processing Stages: Rough leveling → Secondary fine grinding after filler → Final fine grinding before coating to ensure super-strong coating adhesion.
Applications: Bicycle frames, high-end sports equipment, carbon fiber automobile shells.
Heterogeneous Composite Material Joining Processing
Technology Advantages: Tackling the bonding and precision pivot hole techniques between carbon fiber and metals like aluminum alloy or stainless steel to prevent electrochemical corrosion.
Applications: Precision fitting of metal joints to carbon fiber tubes, connection ends of industrial robotic arms.