CNC machined copper is a versatile metal widely used in various sectors due to its exceptional properties. It is highly malleable and corrosion-resistant, making it an ideal choice for industrial applications. Copper components can be enhanced in appearance and functionality through various finishing techniques. Its uses in different industries are limitless due to its exceptional thermal and electrical conductivity, antimicrobial properties, durability, and resistance to deformation.
Key Characteristics
Characteristics may vary depending on the grade/alloy.
Antimicrobial
Corrosion Resistant
Ductile
Electrical Conductivity
Thermal Conduction
Applications
Brake Pads
Busbars
Circuit Boards
Connectors
Cooling Systems
Electrical Grounding
Electrical Wire Installations
Heatsinks
Plumbing Systems
Roofing
Waveguides
Industries Utilizing Machined Copper
Aerospace & Defense
Automotive
Construction
Electrical
Industrial
Medical, Dental, & Sciences
Why should you choose machined copper for your project?
Copper is a tried and tested material that has stood the test of time regarding its reliability and performance. Its versatility makes it an excellent choice for many projects, thanks to its ability to conduct heat and electricity efficiently and its inherent corrosion resistance.
Another critical advantage of copper is its versatility in terms of shape and size. Machine copper can be formed into intricate and customized components ideally suited to a given project’s specific demands, allowing maximum performance and effectiveness. Whether working on a small-scale project or an extensive industrial application, copper is an excellent choice to help you achieve your goals quickly and efficiently.
Finishes for machined copper
Finishing techniques for machined copper include polishing, buffing, and electroplating. Polishing involves using abrasive compounds to remove any marks or scratches on the surface of the copper. Buffing is similar to polishing but uses a finer abrasive combination to achieve a smoother finish. Electroplating involves adding a layer of metal onto the surface of the copper through an electrochemical process. This can improve the appearance and durability of the copper. Other techniques may include sandblasting, painting, or coating the surface with a protective finish. The finishing approach depends on the copper piece’s desired final appearance, function, and application.