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When you are developing products, it can be very valuable to create prototypes before you begin producing your products in full production. Advances in prototyping have helped the manufacturing industry create plastic prototypes efficiently. However, it can be difficult to determine which process you should use to create the best plastic prototype for your product. CNC precision machining as a prototype process offers several benefits. Using CNC Machining Services for Plastic Prototypes Depending on the geometry, CNC precision machining can be one of the fastest methods of creating plastic prototypes. CNC machines typically use multiple cutting tools and cutter paths optimized for the specific cut intended in the process of carving a 3D model directly from a solid block of plastic. This technology is extremely versatile, feasible for a large range of product size, complexity, capable of including threaded features and particularly suited to prototypes requiring tight tolerances.

The world of manufacturing is rapidly changing as new technologies and production methods enter the market. Some of these technologies get a lot of press as the trendiest ways to make parts fast. While many of these approaches are not suited to the commercial world, there are significant ways that rapid prototyping manufacturing can make your design and production phases both efficient and profitable. Efficient One of the most important benefits to using rapid prototype manufacturing is that you can evaluate a design before you commit to tooling and other production costs. This will allow you to spot any problems with the design – parts that don’t fit together correctly or that don’t look as you envisioned them – in a way that may not be obvious in a CAD model. Another benefit of rapid prototypes is that they allow you to quickly make adjustments. Most rapid prototype technologies take only a few days to manufacture a part (depending on the size of the part, the material used,