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Ultrasonic Machining Silicon Components
Single crystal silicon is a premium semiconductor material renowned for its exceptional purity, thermal stability, and mechanical strength. At [Your Company Name], we specialize in precision machining of custom-shaped silicon components for industries including semiconductors, photovoltaics, optics, and medical devices.
 
Our advanced techniques—such as CNC milling, diamond wire sawing, ultrasonic machining, and chemical mechanical polishing (CMP)—ensure tight tolerances (down to ±0.005 mm) and ultra-smooth surfaces (Ra ≤ 0.1 μm). We work with high-purity silicon material (99.9999%+ purity)  and key advantages of our solutions:
  • Material expertise: Single crystal silicon’s low thermal expansion and high thermal conductivity make it ideal for extreme environments.
  • Customization: From complex geometries to microstructures, we accommodate prototypes to mass production.
  • Quality assurance: ISO-certified processes and particle-free cleanroom environments ensure defect-free results.

Technical Parameters

No.CharacteristicUnitSpec
1Purity%>6N/9N
2Material/Mono / Poly
3Diameter scalemm0~600 / Customizable
4Type/Contains/P type/ N type
5ResistivityΩ•cm3<0.02 / 1~4 / 60~90
6Crystal Orientation/(100)、(111)、(110)
7Product Lengthmm1~1000
8Surface treatment/Polishing
Non-standard silicon parts fabrication

Technical Advantages

  1. Sub-Micron Precision Machining
    Advanced CNC with diamond tooling achieves ≤±1μm tolerance for mission-critical semiconductor tooling.

  2. Micro-Threading Expertise
    M0.5+ micro-threads (internal/external) with Ra<0.1μm roughness, ideal for ultra-high vacuum systems.

  3. Zero Micro-Crack Guarantee
    Proprietary stress-relief protocols eliminate microfractures, validated by 100% microscopic inspection.

  4. 3D Complex Geometry Fabrication
    5-axis machining enables 0.05mm minimal feature size for non-standard optical/mechanical interfaces.

  5. High-Purity Material Integrity
    Cleanroom processing preserves 99.9999% crystalline silicon purity (ASTM F57 compliant).

  6. Thermal-Stable Performance
    Post-machining annealing (up to 1200°C) ensures <0.01% dimensional deviation under extreme thermal cycling.