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Anodized CNC Machining Complex Metal Components for Mechanical Base
Custom CNC Machined Mechanical Base Parts
High Precision, Complex Structure, Anodized Surface Finish
Product Description
Service Process for Anodized CNC Machined Complex Metal Components for Mechanical Bases
1. Pre-Production Collaboration
(1) Requirement Confirmation
Confirm mechanical base specifications including overall dimensions, tolerance requirements, structural features, load conditions, surface finish (anodizing type and color), material grade, order quantity, and delivery timeline.
(2) Drawing & File Review
Receive 3D CAD models or 2D technical drawings with detailed annotations for critical dimensions, flatness, parallelism, and mounting interfaces.
(3) DFM Analysis
Conduct Design for Manufacturing analysis to evaluate complex structures, optimize machining strategies, and ensure stable CNC machining accuracy for mechanical base components.
2. Process Planning & CNC Programming
(1) Material Selection
Select suitable metal materials such as aluminum alloys (6061, 7075) or other machinable metals based on strength, weight, and application requirements.
(2) CNC Programming
Develop CNC milling programs for multi-axis machining operations, optimizing toolpaths for pockets, slots, mounting surfaces, and complex contours.
(3) Machining Simulation
Perform CNC machining simulations to verify machining sequences, avoid tool interference, and ensure dimensional consistency across production batches.
3. CNC Machining & Quality Control
(1) Machine Setup
Set up CNC machining centers with precision fixtures to ensure positional accuracy and repeatability for complex base components.
(2) Component Machining
Carry out CNC machining operations to complete all functional features, including mounting holes, recesses, slots, and reference surfaces within specified tolerances.
(3) Inspection & Testing
Inspect critical dimensions, flatness, parallelism, and surface quality using calipers, height gauges, and CMM equipment when required.
4. Anodizing & Delivery
(1) Anodized Surface Treatment
Apply anodizing to improve corrosion resistance, wear resistance, and surface hardness. Multiple anodizing colors and thicknesses are available upon request.
(2) Cleaning & Packaging
Clean anodized components carefully and package with protective materials to prevent surface scratches during transportation.
(3) Delivery
Deliver finished mechanical base components according to agreed logistics methods. Fast turnaround is available for prototypes and small-batch orders.
Common Materials for Anodized CNC Machined Mechanical Base Components
1. Aluminum Alloy 6061
Description:
The most commonly used aluminum alloy for mechanical base components.
Characteristics:
Good machinability, balanced strength, and excellent anodizing performance.
Application:
Used for general-purpose mechanical bases requiring precision and corrosion resistance.
2. Aluminum Alloy 7075
Description:
High-strength aluminum alloy for demanding applications.
Characteristics:
Superior mechanical strength and stiffness, suitable for load-bearing mechanical bases.
Application:
Used for mechanical base components exposed to higher loads and stresses.
Why Choose Waltay for Anodized CNC Machined Mechanical Base Components
1. Complex CNC Machining Capability
• Experienced in machining complex geometries and multi-feature base components
• Stable control of flatness, parallelism, and positional tolerances
2. Professional Anodizing Support
• Multiple anodizing options: clear, black, color anodizing
• Consistent surface quality and coating thickness
3. Strict Quality Control
• In-process and final inspection for critical dimensions
• ISO 9001 quality management system
4. Efficient Service & Delivery
• Quotation within 24–48 hours after drawing review
• Fast prototyping and flexible batch production
5. One-Stop Manufacturing Solution
CNC machining, anodizing, inspection, and packaging are integrated to deliver ready-to-install mechanical base components.
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