Whether you’re a new or seasoned product designer or manufacturer, you likely know how crucial prototyping is. Nowadays, you’ll find different methods to help you build high-quality prototypes. One of them is CNC rapid prototyping, which can produce objects inexpensively and quickly with minimal human interaction. CNC stands for ‘computer numerical control,’ when applied to prototyping, it provides a subtractive manufacturing process that delivers high-precision and robust parts fast.

CNC machining offers many benefits. Here are five of the most significant advantages you can expect from it:

1. Speed

The process takes less time when compared to other prototyping methods, such as standard 3D printing technologies. That said, the timeline to finish the prototype will depend on the size and complexity of your design.

2. Reasonable cost

CNC rapid prototyping is affordable, especially if you partner with a reputable and established manufacturer in China. It may evn reduce your product development costs, since it can transform your digital design into a tangible object. You can then analyze, test, and verify before it goes into final production. Precision CNC machining is also repeatable and cost-effective for low-volume manufacturing.

3. Customizable

The CNC machining process can be tailor-made to suit your requirements. Reputable service providers control tolerances to DIN-2678-1 Fine for metals and Medium for plastics. You can have your part made from a wide range of metals and plastics, and involve specific machines such as lathes, CNC mills, surface grinding machines, and sink and wire EDMs.

4.Accuracy

CNC prototypes deliver on high tolerance and precise specifications, with great surface finishing. That makes it ideal for producing prototype metal parts and performance plastics. High-quality production-grade materials are used, so you can easily understand how your prototypes perform in actual situations.

5.Reusability

CNC rapid prototyping can produce reusable prototypes. You can test multiple versions of the product to identify the most suitable design for your purpose, then make adjustments to your digital file for another CNC machining job.