CNC Copper Processing: Precision Machining for High-Conductivity Applications

As a leading CNC Machining specialist, EMAR Company delivers exceptional CNC copper processing solutions for industries requiring superior electrical/thermal conductivity. This guide explores technical considerations and our competitive advantages in handling this challenging material.

Why Choose CNC Machining for Copper Components?

Copper's softness and high thermal conductivity demand specialized machining approaches. Our CNC precision equipment with rigid tooling and optimized cooling systems maintains ±.01mm tolerances even with copper's tendency to deform. Typical applications include:

• Electrical busbars and connectors
• Heat exchanger components
• RF waveguide parts
• Semiconductor manufacturing equipment

EMAR's Copper Machining Capabilities

Our 15,000㎡ facility features:

• 5-axis CNC mills for complex geometries
• Swiss-type lathes for precision turning
• In-house tooling department for custom solutions
• Surface roughness control to Ra .4μm

Quality Assurance Process

Every copper component undergoes:

1. Material certification verification
2. In-process dimensional checks
3. Final CMM inspection
4. Conductivity testing (when specified)

With ISO 9001 certification and 12 years of copper machining experience, EMAR ensures your components meet strict industry standards. Contact our engineering team at www.sjt-ic.com for project-specific solutions.