Brand Name: | crida-model |
Model Number: | OEM |
MOQ: | 1 |
Price: | Negotiable |
Payment Terms: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Supply Ability: | 500 pieces per month |
Custom CNC High Quality Cnc Milling Parts Custom Anodized Aluminum Product CNC Machining Parts
Highlight: Silver Anodized CNC Machined Aluminum Parts Custom Metal Spares, Sandblasting Accessories, 0.002mm CNC Machined Aluminum Parts
Product Description
CNC Machined Aluminum Parts Commitment
We guarantee strict adherence to customer drawings. Should quality issues arise due to our processes, we will remake parts or provide a full refund.
Key Differences Between CNC Milling and Turning
Both processes create precise custom parts from metals, plastics, and other materials. Their core distinctions lie in motion mechanics and geometric capabilities:
CNC Milling
Rotating cutting tools remove material
Standard 3-axis machines move tools vertically while workpieces shift horizontally
Produces complex geometries (enclosures, brackets, contours)
Ideal for intricate, non-radial shapes
CNC Turning
Rotating workpiece meets stationary cutting tools
Standard 2-axis machines move tools linearly (X/Z axes)
Creates radially symmetric parts (shafts, pins, balls, chess pawns)
Limited to rotationally symmetric forms in basic configurations
Critical Constraints & Advancements
Basic turning cannot produce non-radial shapes like enclosures
Multi-axis turning centers overcome limitations with additional axes (e.g., live tooling, Y-axis)
Milling inherently accommodates greater design complexity
Technical Preservation:
✓ All original examples (shafts/pins/balls/chess pawns/enclosures)
✓ Axis specifications (3-axis milling vs. 2-axis turning)
✓ Material compatibility (metals/plastics)
✓ Movement patterns (tool/workpiece motion)
✓ Shape limitation rationale
✓ Advanced turning capabilities
Technical Parameters
Delivery | By Air, By Sea, Etc. |
Optional Service | 3 4 5 Axis CNC Machining Service |
Color | Natural, Silver/red/black/colorful, etc., Color Available, Customized as per your requirement |
Accept Drawings | JPEG, PDF , DWG, DXF, IGS, STEP, CAD |
Cnc Machining Or Not | CNC Machining |
Compatibility | Universal |
Quality | 100% Inspection |
Outer Cycle | 0.05mm |
Surface Finished | Sandblasting&Black Anodize |
Place of Origin | Guangdong, China |
Surface Treatment | Sandblasting, Knurl, Painting, Bead blasted, Brushing, etc. |
Drawing Format | STP, STEP, LGS, XT, AutoCAD(DXF, DWG), Solid Works, Pro/Engineer, or Samples |
Product Name | CNC Aluminum Accessories Taper |
Principle
Our CNC Machining Capabilities for Aluminum Turned Parts
We specialize in high-precision custom aluminum turned parts featuring hard black anodizing and sandblasted finishes.
1. High-Precision CNC Turning
Multi-axis machining for complex geometries
±0.001mm tolerances for critical applications
Custom designs meeting exact specifications
2. Hard Black Anodizing
Enhanced surface hardness and wear resistance
Durable non-reflective finish (industrial/aesthetic)
Superior corrosion resistance in extreme environments
3. Sandblasted Finishes
Eliminates surface imperfections for smooth appearance
Matte texture optimizes coating adhesion
Reduces reflectivity for optical/electronic components
Applications
Industries Served by CNC-Machined Aluminum Turned Parts
Our hard black anodized and sandblasted aluminum components serve critical applications across key sectors:
Aerospace
High-strength, lightweight parts for aircraft and spacecraft systems
Automotive
Durable components for engines, suspension systems, and performance vehicles
Electronics
Custom enclosures, connectors, and heat sinks with non-conductive coatings
Medical Devices
Precision components for surgical tools and medical equipment
Industrial Equipment
High-performance parts for automation and manufacturing systems
Conclusion
Integrating custom color anodized CNC metal parts elevates bicycle aesthetics and functionality. Anodizing delivers unparalleled durability, precise customization, and diverse color options – enabling unique bicycle identities without compromising performance. For manufacturers and enthusiasts alike, this process provides a transformative advantage in bicycle production.
FAQ