Introduction:
CNC prototypes are the best option when physical prototypes are needed for demanding functional tests, or when the physical size of the parts makes other prototyping methods cost-prohibitive. CNC rapid prototypes are cost-effective in applications where the material properties or size requirements render other prototyping techniques unsuitable.
Highlights:
- Can machine most materials that are commercially available in stock sizes, thus affording a great variety of plastic and metal material options.
- Typical dimensional tolerance capability is +/- 0.005 inches.
- Depending upon the geometrical characteristics, CNC prototyping costs can be lower than those of rapid prototyping.
Applications:
- Form and fit testing
- Functionality testing
- Field testing