Irresistible Reasons To Invest In Rapid Prototyping For Small Scale Plastic Part Manufacturing
You could be looking into plastic part manufacturing for a vast array of reasons. For instance, your industrial business could be planning on launching a new product, and you need to manufacture plastic parts to establish how structurally sound the final product will be. On the other hand, you could be looking for ways to attract new customers and decide to hand out free samples of your plastic products allows them to interact with your manufactured goods.
Whatever the case, rather than gravitate toward traditional plastic part manufacturing techniques such as injection molding or plastic extrusion, you may want to consider investing in rapid prototyping. Through the use of computer-aided design and 3D printing, rapid prototyping is proving to be highly beneficial in custom plastic part manufacturing in multiple ways. Check out the following irresistible reasons to invest in rapid prototyping for small-scale plastic part manufacturing.
Rapid prototyping allows you to alter the design of the plastic parts in real-time
In years past, the production of prototypes would entail providing the manufacturer with your design samples and waiting for the final product. While this process worked most of the time, there was always the risk of flaws on the final prototype due to imperfections going unnoticed during the design process. Moreover, you could find that the manufacturing technique employed was not compatible with the prototype and this would render the prototype defective.
Instead of running the risk of having to commission the custom plastic part manufacturer for new prototypes, you should consider rapid prototyping for your small-scale needs. With this technology, you have the opportunity to customize the design of the prototype in real-time. Thus, any refinements you would like done to your plastic parts can be carried out during rapid prototyping, which guarantees your satisfaction with the final product.
Rapid prototyping allows you to create multiple alternatives of the plastic parts
Another drawback posed by the traditional process of creating prototypes is that a majority of the work performed was done manually. The more labor involved in the plastic part manufacturing, the higher the overall cost. That being said, it was normal for industrialists to send a couple of designs for the final prototypes so that they do not have to pay for products they will not use. The great thing about rapid prototyping is that it is not as cost-prohibitive.
The reliance on computer-aided design and 3D printing to fabricate the plastic parts means you have the flexibility to manufacture multiple variations of the same prototype without going over your budget. Consequently, you can meticulously compare the functionality and performance of these prototypes before you determine the direction you should go in for custom plastic product manufacturing.