Cnc Parts Precision Machined Process Anod Aluminum Service

Description

I. Core Processing Parameters

Processing Capability

• Number of Axes: Supports 3 – to 5 – axis simultaneous machining. The 5 – axis technology enables multi – angle synchronous cutting, reducing repeated clamping errors and increasing the processing efficiency of complex parts (such as irregular molds and thin – walled parts) by more than 30%.
• Machining Accuracy:
  • Regular Accuracy: ±0.01mm (for general parts);
  • High Precision: ±0.005mm (for miniature medical parts and precision instrument components).
• Surface Roughness: Ra0.05μm (optimized to Ra0.01μm after anodizing).

II. Material and Process Specifications

Applicable Materials

• Aluminum Alloy Models: 6061 – T6, 6063, 7075 – T, etc. High – precision thin – walled tubes and special – shaped tubes processing is supported.
• Performance Characteristics: High – temperature – resistant and corrosion – resistant, meeting the standards of the aviation, electronics, and medical industries.

Anodizing Process

• Treatment Process: Acid/alkali etching pretreatment → electrolytic oxidation → dyeing/sealing treatment.
• Color Options: Transparent, black, silver, and color (custom dyeing is supported).
• Performance Enhancement:
  • Corrosion resistance is increased by more than 3 times (protected by the oxide film);
  • Surface hardness reaches HV300 – 500 (significantly enhanced wear resistance).

III. Services and Certifications

• Minimum Order Quantity: 1 piece, and 72 – hour urgent delivery (including surface treatment) is supported.
• Certification Standards: ISO9001 Quality Management System, ISO7599 Oxide Film Detection Standards (thickness, corrosion resistance).
• Packaging Solution: 40×40×40cm shock – proof box, with optional vacuum/damp – proof custom packaging to ensure safe transportation.

IV. Application Fields

• Automotive Industry: Lightweight brackets, sensor rings (requiring high strength and corrosion resistance).
• Medical Equipment: Surgical tool components, dental instruments (meeting biocompatibility standards).
• Electronic Equipment: Precision instrument casings, connectors (requiring high electrical conductivity and wear resistance).
• Industrial Components: Robot joints, 5 – axis simultaneous machining molds (integrated forming of complex structures).

V. Technical Advantages

• Full – process Support: Provide CAD/STEP drawing analysis, process optimization, and inspection reports (coordinate measuring, salt spray testing).
• Cost – effectiveness: No mold cost for small – batch trial production, quickly verifying the design feasibility.