Precision CNC Turning Machining for Copper Hardware Components
We specialize in precision manufacturing of small hardware components and copper parts using advanced Turn-Milling Compound CNC centers and automatic lathes. Our integrated approach enables complete processing of complex geometries in a single setup, ensuring superior dimensional accuracy and production efficiency.
This capability is particularly valuable for producing intricate copper connectors, precision terminals, and various small hardware components that demand tight tolerances and excellent surface finishes.
Our comprehensive service begins with thorough engineering analysis of your technical requirements and drawings. Upon confirmation, we develop optimized machining programs and process plans specifically for our multi-axis turn-milling centers and automatic lathes.
Quality Assurance Process
During production, we implement a rigorous quality management system that includes:
• First-article inspection
• In-process verification
• Final quality assurance
This ensures consistent part quality throughout the manufacturing process.
Technical Specifications
| Material Options |
Copper (C11000, C36000, Brass H59/H62), Bronze, Custom alloys available |
| Machining Process |
CNC Turning / CNC Lathe Precision Machining |
| Tolerance Capability |
±0.005-0.02 mm depending on geometry |
| Surface Finish |
Polishing, Deburring, Sandblasting, Nickel Plating, Tin Plating, Custom available |
| Max Part Size |
Up to Ø300 mm (custom sizes supported) |
| Application |
Electrical connectors, conductive components, valves, fasteners, precision hardware |
| Drawing Format |
STEP / STP / IGES / PDF (customer's 2D/3D drawings supported) |
| Quality Inspection |
CMM, Height Gauge, Caliper, Thread Gauge, 100% visual check |
| Production Volume |
Prototype, small batch, mass production |
| Lead Time |
3-10 days depending on complexity |
Frequently Asked Questions
Do you accept small batch production orders?
Yes, we specialize in both prototype development and small to medium batch production, offering flexible order quantities to meet your project needs.
What file formats do you require for custom machining?
We accept 2D drawings (PDF, DXF) and 3D models (STEP, IGES, SLDPRT). For complex parts, 3D files are preferred as they ensure accurate manufacturing.
What is your typical lead time for sample development?
Sample development typically requires 10-15 working days, depending on part complexity and material availability.
How do you ensure consistent quality in production?
We implement a comprehensive quality control system that includes material certification, first-article inspection, statistical process control, and final random sampling to ensure every batch meets specifications.