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Many sectors such as healthcare, automobiles, and manufacturing require customized parts. These requirements are usually urgent which leaves no scope for trial and error. Time is of the essence in many aspects of life and instead of waiting for a highly accurate product to fulfill your needs; you require a product that gives out satisfactory results. This is where rapid tooling comes into play. Through the process, you can develop a tool or product quickly, without going through any developmental cycles.

What Are the Advantages of Rapid Tooling?

Rapid tooling is being widely adopted. It is a useful technique and is incorporated in many production machineries. Instead of trying to get accurate tools or products, that could take years, engineers depend on rapid tooling especially for prototyping:

  • Products or tools can be launched comparatively earlier than when made with other techniques.
  • Through rapid tooling, cheaper products can be made. It can be utilized for mass and quick production that helps in keeping prices low.
  • The technique can be used for a wide range of products and materials. It has applications in many industries.
  • The most crucial advantage it offers is that the cost and time of production are reduced fairly. There is no need for trial and error experimentation.
  • It is used for troubleshooting problems. Molds can be easily made out with the help of the technique.
  • The design for mold can be put in through a CAD program. The molds can be designed for specific cases or individuals.

3D printing machines

3D printing machines

What Are the Applications of Rapid Tooling?

Owing to its many advantages, rapid tooling has become diverse. It has many applications. The most commonly adopted method for prototyping is 3D printing. It is quick and accurate as molds can be created in a few hours. Moreover, since it employs plastic to create a mold, the cost of operation is comparatively low.

Sintering is a process where a plastic injection mold can be created by fusing metal particles to make a solvent. A laser is used to draw the shape of the mold and create it. Since the mold is made out of metals, the mold can withstand high temperatures and pressure.

The term rapid tooling has also started to mean the production of tools quickly. Even if the tools were being made through traditional methods but quickly, it comes under rapid tooling. Many companies through innovations have improved their production capacity by incorporating the definition of rapid tooling in their operations.

Adopt Rapid Tooling and Grow Faster

Rapid tooling is a useful technique especially if something is urgently required. It is a type of injection mold tooling that produces products or tools quickly. Through it, many molds or prototypes could be created. It helps in getting a fair idea as to how a certain product or tool would work in the real world.

The process of rapid tooling is essential for prototyping. It has many applications and is being rapidly employed for various experiments. It is ideal for businesses in the manufacturing sector as it will decrease the cost of production and increase its speed, at the same time.