Complete Overview Of Rapid Prototype Tooling

rapid prototype tooling process can save time and money compared to traditional manufacturing methods such as machining or casting because it doesn’t require expensive tooling or molds. Let us proceed to know everything about it.

What is Rapid Prototype Tooling?

Rapid prototype tooling is a process that uses 3D printing technology to create a physical model of an object or part. This process is ideal for making small batches of parts fast. But it is also best to create prototypes for testing purposes.

Rapid prototype tooling also allows designers to experiment with different designs before committing to production-scale manufacturing processes like injection molding or milling that require large quantities of material.

Purpose of Rapid prototype tooling:

Rapid prototype tooling is even useful for two vital purposes:

  • Draft Analysis – This type of rapid prototype tooling is needed to create a physical model from which you can perform draft analysis. Draft analysis needs to measure how much space is between two faces on a part, using a caliper or similar device.
  • Design Verification – This type of rapid prototype tooling helps check if your design will work in real life or not. It is a must to check before making it in metal or other materials that would require more time and money than rapid prototype tooling offers.

Benefits of Rapid Prototype Tooling:

There are many benefits of rapid prototype tooling. It can test your product before spending money on manufacturing. But there are other advantages as well:

  • Quick turnaround time – You can get a finished product in just days instead of weeks or months.
  • No minimum order quantity – You don’t have to make large batches of products because you only need one or two prototypes at most.
  • Easily modified – If something isn’t working right, you can make changes without having to redesign an entire batch of products.


Rapid prototyping is used in many different industries, as each has its problems to solve and its ways of approaching them. The most commonly used rapid prototyping techniques are 3D printing and injection molding. For more detail, contact 


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