CNC Machining Prototypes
Process Introduction
CNC machining rapid prototyping uses high-speed cutting to transform plastic or metal blocks into finished prototypes. It is suitable for high-precision functional verification and small-batch part manufacturing. This process is often used for projects with high requirements for size, strength, and surface quality.
Process Flow
- 3D File Received
- Process Evaluation and Programming
- CNC Machining
- Surface Finishing (Polishing/Painting/Anodizing)
- Precision Inspection
- Finished Product Delivery
Product Parameters
| Parameter |
Value Range/Description |
| Process |
CNC Machining |
| Material |
ABS, PC, POM, Aluminum Alloy, Stainless Steel |
| Precision |
±0.02–0.05 mm |
| Surface Treatment |
Polishing, Painting, Anodizing |
| Maximum Size |
≤2000 mm |
| Minimum Wall Thickness |
1.0 mm |
| Turn-Time |
2–7 Days |
| Applications |
Automotive, Medical, Electronics, Industrial Equipment |
| Quantity Range |
1 piece minimum, small batches possible |
Features: High precision, good strength, strong functional verification
Applications and Advantages
Applications:
- Functional verification parts
- Metal or plastic structural parts
- Industrial prototypes
Advantages:
- Extremely high precision, suitable for assembly testing
- Various material options
- Can replace some mass-produced parts
- Excellent surface quality
- Suitable for complex geometries
FAQ
Q1: Can CNC machining be used for small batches?
A1: Yes, it's suitable for small batches of precision parts.
Q2: What's the maximum accuracy?
A2: ±0.02 mm.
Q3: Can you process metals?
A3: Yes, aluminum and stainless steel are common.
Q4: Does it support surface treatment?
A4: We support oxidation, electroplating, etc.
Q5: What's the turnaround time?
A5: 2–7 days.
Customized Molds
We support structural optimization, part size adjustment, color and surface treatment, and rapid mold processing to meet diverse precision and functional requirements.
