CNC Prototyping Service

Bridges the gap between concept and reality with CNC Power.

Efficient for both small and large parts

Adaptable to modifications and iterations

Supports tight tolerance requirements

Complex geometries achievable

An NDA can be signed if needed before the quotation.

Tightest Tolerances Among All Rapid Prototyping Process

The process of making prototypes through CNC machining is known as CNC prototyping. This is currently the most commonly used process among all prototyping processes at FirstMold. Although it is not as fast as 3D printing, it offers the highest precision, achieving tolerances of ±0.005mm.

We possess a complete set of advanced prototype processing equipment, including precision engraving machines, lathes, milling machines, and imported five-axis CNC machines. We specialize in automotive prototypes, aircraft prototypes, medical prototypes, and hardware prototypes, pushing the limits of speed and precision to the utmost, serving thousands of diverse clients.

Tightest Tolerances Among All Rapid Prototyping Process

Throughout our more than ten years of CNC prototyping experience, we have manufactured a large number of functional CNC prototypes, aesthetic or visual CNC prototypes, rapid tooling CNC prototypes, proof-of-concept CNC prototypes, fit and assembly CNC prototypes, and user experience CNC prototypes.
Delivery within five days
Multiple confidentiality measures

Elevate Your Designs with a Click

FirstMold’s Advantages On CNC Prototyping Service

Flexible Tooling and Design Adaptability

No need for complex tooling. If there is a need to change the shape and size of a part,
only the machining program needs to be modified, which is suitable for the development and modification of new products.

Stable Quality and High Precision

LogellMold’s prototype processing is stable in quality, with high machining precision and high repeatability, meeting the processing requirements of high-precision products.

High Production
Efficiency

In the case of mass production, our production efficiency is relatively high, which can reduce the time for production preparation, machine tool adjustment, and process inspection.

Complex Surface Machining Capability

In the case of mass production, our production efficiency is relatively high, which can reduce the time for production preparation, machine tool adjustment, and process inspection.

CNC Prototyping Workflow

1.Submit Your Drawings and Requirements
2.Rapid Response and Contract Agreement
3.Part and Assembly Drawing Analysis
4.Material and Shape Selection
5.CNC Prototype Programming
6.Machining Allowance and Process Dimensioning
7.Equipment and Tool Selection
8.Cutting Parameters and Labor Quota Determination
9.Main Process Specifications and Inspection Methods
10.CNC Prototyping Process