Semiconductor precision components

Detailed description of precision components products

Product Overview

This series of precision components are manufactured by high-precision processing technology, strictly in compliance with the ISO 9001 quality management system and industry standards, and are suitable for high-precision requirement fields such as aerospace, medical devices, automotive industry, electronic equipment, etc. Our products cover micro shaft parts, precision gears, high-tolerance structural components, etc., and support customized material, size and surface treatment solutions.

Core parameters

Material options: Stainless steel (304/316L), titanium alloy, aluminum alloy (6061/7075), engineering plastics (PEEK, nylon), copper alloy

Processing accuracy: up to ±0.005mm, surface roughness Ra≤0.4μm

Process technology: CNC numerical control machining, precision turning, five-axis linkage machining, slow wire electrical discharge machining

Surface treatment: Anodizing, nickel plating/chromium plating, passivation treatment, laser engraving

Certification standards: RoHS, REACH, FDA (optional for medical grade)

Product advantages

✅ Ultra-high precision: Full-process digital inspection (three-dimensional measuring instrument, optical projector) ensures zero-defect delivery of critical dimensions.

✅ Complex structure forming: Supports deep hole processing, fine threads (starting from M0.6), irregular curved surfaces and other complex processes.

✅ Quick response: one-stop service including providing 3D drawings → sample making within 72 hours → mass production within 15 days.

✅ Cost optimization: Reduce material waste through the process simulation system, and enjoy a 30% discount or more on bulk orders.

Application scenarios

Medical equipment: Precision tubes for endoscopes, joint components for surgical robots

Automotive industry: New energy motor rotors, transmission micro gear sets

Electronic communication: Precision structural components for 5G base station heat dissipation shells and optical fiber connectors

Aerospace: Unmanned aerial vehicle reconfiguration components, satellite sensor brackets

Quality control process

Raw material inspection: The material composition is verified by a spectrometer

Process control: IPQC inspection for each process + full inspection of key dimensions

Final inspection standard: Submit a report with CPK≥1.33, along with material proof

Service support

Customized service: Supports processing based on provided drawings or samples, and offers DFM (Manufacturability Analysis) optimization suggestions

Packaging solution: Anti-static bag + blister tray (Class 1000 dust-free workshop packaging is optional)

Logistics guarantee: Global DDP/FOB delivery, dedicated customs clearance for sensitive goods