High Precision Rapid Prototypes Custom CNC Machining Parts Industrial

Price Negotiable

Price: USD $10–$200 per piece (depending on complexity)

MOQ: 1

Delivery Time: 3–15 working days

Brand: MID MOULD

Product Description

Rapid Prototype CNC Machining High Precision Plastic Metal Parts Custom Service

CNC Machining Prototypes

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

Key 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.