Durable CNC T3 Copper Machined Parts Anodized Finish Electrical Thermal Stability

Our precision CNC machining services produce high-quality parts from various materials including carbon steel, stainless steel, alloy, and copper. Utilizing advanced equipment and expert craftsmanship, we ensure parts meet the highest standards of quality and precision for demanding applications across multiple industries.

• High Purity Material: T3 copper offers excellent electrical conductivity and thermal stability
• Precision Machining: CNC machining ensures high dimensional accuracy and tight tolerances
• Superior Surface Finish: Anodized coating provides wear and corrosion resistance with surface roughness ≤ 0.8 μm
• Custom Solutions: Flexible processing for complex shapes and sizes
• Thermal Performance: Excellent conductivity for heat dissipation applications
• Material Properties: Good ductility allows bending without breaking
• Eco-Friendly: Anodized process meets green manufacturing standards; copper is fully recyclable

• Electrical Equipment: Connectors, terminals, busbars for efficient current transmission
• Electronics: Heat sinks, electrical contacts, connectors in devices
• Telecommunications: Network equipment components for stable signal transmission
• Industrial Automation: Robot electrical components, sensor connections
• High-End Manufacturing: Semiconductor and laser processing equipment

• Aerospace: Aircraft frames, engine components, landing gear
• Medical: Implants, prosthetics, surgical instruments
• Automotive: High-performance exhausts and suspensions
• Oil & Gas: Drilling equipment, offshore applications
• Marine: Submarine and ship components

Packaging: Each part individually wrapped in bubble wrap/foam, secured in sturdy cardboard boxes

Shipping: Via DHL, UPS, FedEx or as requested - all shipments tracked and insured

Our expert team provides comprehensive support from installation to troubleshooting, along with regular maintenance services to ensure optimal performance of your CNC machined parts.