Rapid Prototyping Is A New Technology Used To Quickly Fabricate A Scale Model Of A Physical Part Or Assembly Using Three-Dimensional Computer-Aided Design Data.
With RP, the production process is performed within hours and the prototypes obtained can be tested both visually and functionally. Possible design changes are decided on these prototypes and necessary changes are applied quickly.
Visual Product Presentation
Visual inspection of the product and possible form errors can be observed.
Fast Production / Rapid Prototyping
This process can take days or even weeks when done with traditional methods.
Future Production Technology
It offers the designer the ability to select a wide range of materials that vary in thermal and mechanical properties.
A New Product Design Process Has Emerged Which Will Provide The Structural Requirements Of The Products And Will Not Impair The Visual Aesthetics Of The Products.
The product-based design process has changed due to the change in the production process. Topological optimization approaches are at the beginning of these changes. A new product design process has emerged which will provide the structural requirements of the products and will not impair the visual aesthetics of the products.
Providing Unlimited Working Space For Designer
RP technologies have many advantages such as not having too many constraints according to classical manufacturing methods, requiring no special gauge / mold like tools and providing very fast solution especially in prototype applications.
The optimum design of the parts is determined according to the structural requirements.
3D Printer And Production
The RP process has many different manufacturing processes. The most important issues affecting the production process are quality and material changes. Commonly used techniques are: