Looking Closely on the Types of Rapid Prototyping

If your company is focusing on the manufacturing industry, you probably know the importance of prototyping in the development of different plastic parts. Basically, during the research and development of a particular product, prototyping can really be a great help and it plays a very important role.

Basically, if a product will be mass produced, rapid prototype will be a great help since a product that is already created cannot be fixed anymore and the problems and damages will be irreversible. If you will look at the scenario very carefully, the company will waste a lot of products if they managed to mass produce a particular product with defects. If they manufactured 5,000 products with defects, they will have to produce the same number again and remove the defects of the products. This is the reason why prototyping must be done before a product is mass produced to avoid any problems in the future.

If the manufacturers will make use of rapid prototype before they make a finish product, they can determine any problems on the product before they are mass produced. Well, creating a lot of prototypes will not be a big deal especially if you really wanted to remove all the possible problems on the product before you mass produce them and sold to the public. This will probably save a lot of time and money for your company because you do not have to worry on defects on products. You can find tons of websites that will provide some of the benefits of using rapid prototype.

Manufacturers around the globe such as Action Prototype are making use of the different rapid prototyping depending on their needs.

Stereolithography

This is a kind of prototyping that is using UV rays to solidify liquid acrylic polymer and it will be solidified layer by layer until the prototype is created. This prototyping was made possible with the help of the machine known as VAT. This is quite popular to a lot of people because it is more accurate and faster when compared with the other types of prototyping.

Fused Deposition Modeling

This is a kind of prototyping where the manufacturers are using CAD drawings to convert them to physical parts and create a prototype. The parts will be created almost immediately since the parts are created based on the drawing.

Selective Laser Sintering

This is one of the most complicated processes in prototyping because it is a heating process where melting is prevented to produce a coherent mass. A CAD program guided laser is used to fuse the powdered material and create the prototype.