Passivation Anodizing CNC Aluminum Parts CNC Machining Service
Introduction to Services
Technical Parameters Table
|
Parameter Category |
Details |
|
Size & Customization |
Fully customizable; maximum single-piece dimension 100mm (adjustable to project needs). |
|
Material Scope |
- Primary: Stainless Steel (301, 303, 304, 304L, 316, 316L). - Compatible: Steel, Aluminum, Brass, Copper, and other metals. |
|
Manufacturing Processes |
Integrated CNC machining (milling, turning, drilling, laser machining) + passivation treatment (for enhanced corrosion resistance). |
|
Dimensional Tolerance |
- Ultra-precision: ±0.01mm (achievable). - Standard: ±0.05mm (flexible adjustment available). |
|
Surface Finishing Options |
Anodizing, powder coating, mechanical polishing, sandblasting, etc. (customizable per requirement). |
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Quality Assurance |
100% pre-shipment inspection (equipped with gauges, optical comparators, CMMs, and other precision tools). |
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Product Classification |
Custom non-standard components (supports end-to-end customization from design to mass production). |
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Application Sectors |
Industrial equipment, machinery systems, automotive parts, metal piping systems, etc. |
|
Technical Strengths |
Specialized in: • Sandblasted CNC stainless steel parts • Powder-coated CNC stainless steel components • Automotive-oriented CNC stainless steel customizations. |
WHY CHOOSE US?
1. Quality-Assured Raw Material Sourcing
We procure raw materials through a strictly audited supply chain, verifying material certifications (e.g., alloy grades, purity) upfront to eliminate production risks.
2. Tailored Fixturing & Equipment Calibration
Custom fixtures and precision machine adjustments are engineered to match your part’s unique geometry, maximizing machining accuracy and repeatability.
3. Rigorous Quality Safeguards
In-process sampling inspections.
Final packaging checks to ensure defect-free delivery, protecting your production schedule.
4. Optimized Machining Strategy
Based on your part’s specifications, we select the most efficient lathe and process parameters—balancing quality, production cost, and lead time.
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