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Precision CNC Machining

Precision CNC Machining Application scenarios

Asemiconductor industry

  1. Processing Types: Wafer fixtures, vacuum nozzles, probe card assemblies, packaging substrates;
  2. Core Processes:Ultra-precision five-axis milling, cleanroom machining, machining of ceramic/silicon carbide specialty materials;
  3. Key Parameters: ±0.001mm accuracy, ISO Class 7 cleanliness, Ra0.01μm surface roughness
  4. Case Studies: Vacuum nozzle

Electronic device parts

  1. Machining Types: Miniature shafts, thin-walled housings, camera brackets, etc.
  2. Core Processes: Precision cutting, wire EDM;
  3. Key Parameters: ±0.003mm accuracy, φ0.1mm micro-hole, compatible with aluminum alloy/titanium alloy materials.
  4. Case Studies: Mobile phone camera brackets, industrial control board accessories

Automotive parts

  1. Processing Types: New energy vehicle motor shafts, gearbox parts, chassis precision components;
  2. Core Processes: Batch CNC turning, five-axis milling;
  3. Key Parameters: High and low temperature resistance, fatigue strength, mass production capacity of 500,000 units/month;
  4. Case Studies: New energy vehicle battery connectors, gearbox gear shafts

Medical device parts

  1. Processing Types: Surgical instrument accessories, medical sensor housings, implantable parts;
  2. Core Processes: Precision grinding, burr-free machining;
  3. Key Parameters: Biocompatible materials (titanium alloy/PEEK), ISO13485 certification;
  4. Case Studies: Orthopedic implant screws, medical endoscope accessories.

Aerospace parts

  1. Processing Types: Aerospace structural components, aerospace precision shafts, engine parts;
  2. Core Processes:High-temperature alloy machining, five-axis simultaneous milling;
  3. Key Parameters: Machining materials (titanium alloy/high-temperature alloy), aerospace AS9100 certification;
  4. Case Studies: Aero-engine blades, satellite support components

CNC Precision Parts Machining Core Parameters Table

Parameter CategoryTechnical IndicatorsApplication ScopeAccuracy Assurance
Machining AccuracyDimensional tolerance ±0.005mm
Geometric tolerance ±0.01mm
Precision hardware, medical components, aerospace parts100% inspection by Coordinate Measuring Machine (CMM)
Machining MaterialsAluminum alloy / Stainless steel / Copper / Titanium alloy / Engineering plasticsAutomotive, electronics, medical device industriesCertified material reports from original manufacturers
Machining Equipment5-axis CNC / High-speed milling / Turn-mill composite machineComplex curved surfaces, special-shaped precision partsRegular equipment calibration, accuracy error < 0.002mm
Surface TreatmentAnodizing / Electroplating / Passivation / SandblastingImprove wear resistance and corrosion resistanceSurface roughness Ra ≤ 0.8μm
Production CapacityCustom single-piece / Batch production (1–10,000 units)Prototype sampling, mass order productionStandardized production line, yield rate ≥ 99.5%
Delivery CycleSamples: 3–5 days
Batches: 7–15 days
Urgent orders / Regular ordersIntelligent scheduling system, on-time delivery rate 100%

Customized precision parts

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We provide global precision CNC machining services with advanced 5-axis machining, ±0.001 mm tight tolerance and full compliance with ISO 9001, ISO 13485 and AS9100 standards for aerospace, medical and robotics industries.

Precision parts machining services

Our CNC machining services encompass a complete service system covering basic machining to specialized machining, and from single-piece prototyping to mass production, catering to various machining processes, customization needs, and supporting services.

CNC turning

It is mainly used for machining rotating parts such as shafts, discs, and sleeves, and can complete processes such as turning the outer diameter, turning the inner hole, turning the thread, chamfering, and cutting.

CNC milling

CNC milling uses a numerical control system to drive the cutting tool to mill the workpiece, integrating multiple processes into one machining operation, suitable for mass production of parts.

Electrical Discharge Machining

This method utilizes electrode discharge to remove workpiece material, making it suitable for difficult-to-cut metals, and achieving high machining accuracy and good surface quality.

CNC grinding

Using grinding wheels and other abrasive tools to cut workpieces, it achieves high precision (±0.0005–0.001mm) and good surface finish, making it suitable for the final machining of precision parts.

Our CNC machining products

CNC machining of high-precision parts, multi-material compatible, flexible production with fast response, international quality compliant.ch image unveils a unique story from the heart of nature.

Laryngoscope parts

Laryngoscope parts

gyroscope

gyroscope

Valve body

Valve body parts

CNC Precision Parts Machining Core Parameters Table