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Rapid Tooling Solutions are the talk of the town these days. Have you ever wondered how parts are manufactured in bulk quantity in a quick period? They are made from molds that are created using rapid tooling.
Rapid Tooling:
In simple words, rapid tooling means creating molds in a short period. The word quick means on a slim timeline and tooling means creating tools or parts.
Rapid = Less Time; Tooling = Creating Tools
Raid Tooling = Creating Tools in Less Time
Rapid tooling helps you to create a mold that is then used for prototyping a part. You can use the prototype mold to create several hundred parts to test its feasibility. The parts are used for testing and validation before investing in the actual mass production of the parts.
Many companies use a rapid tooling technique to get the parts tested faulty parts.
History:
beforehand. This way, they can easily make changes in the design and test the product instead of manufacturing
It all started in the year 1990. There was a group of engineers who wanted to see if they can reduce the timeline of creating injection molds. These engineers were involved in creating injection molds for prototyping. During that time, it took months to develop machine molds. They wanted to create images in a few days instead of months. In doing so, the rapid tooling process was initiated. It not only saves their time but cost as well.
Now, you can create hundreds and thousands of cycles out of the molded tool. Its period depends on the material used.
Things to Consider in Rapid Tooling:
- Strong Mold:
The mold should be strong enough to create the parts. The machines used in molding are cumbersome, so the image needs to be strong enough to survive.
- Smooth Mold:
The mold needs to be smooth to get correctly shaped parts. A flat frame makes the ejection process easier.
- Mold Tolerance:
The mold should be able to tolerate the prototyping process. Each mold material has a different tolerance level.
Benefits of Rapid Tooling:
- Innovation:
Rapid tooling is different from conventional tooling. Here there are opportunities for innovation. Designers can easily create models and patterns using a fast tooling technique.
- Time-Saving:
This is the most significant advantage of rapid tooling. The samples can be easily created using a few days instead of months. By using the molds, hundreds of examples are created in a quick period for testing.
- Cost-Effective:
It is a cost-effective solution. You can create parts for stress and impact testing by spending less amount of money. You can make changes in the product before the actual production starts.
- Material Choice:
There are different types of materials used in rapid tooling. You can choose any content of your choice and convenience. Mostly plastic and the silicone material is used to save money.
- Quality Products:
You can manufacture quality products by testing the parts beforehand using a rapid tooling technique. It helps to deliver quality products.
So, if you want to test the parts or tools before the actual manufacturing occurs, you can go with rapid tooling solutions to save time and money.
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This content is brought to you by Chakrani Azeez
Photo: Shutterstock
