Despite the fact the even the worlds fastest rapid prototyping system has not been able to produce materials in the widest of ranges, the growing popularity of the methodology is unquestionable. The system that saw daylight sometimes in the 1980s has not evolved into a major tool for the exacting of the end products in the manufacturing industry. Additive or layered application is no more in its infant stage; it has grown into something quite feasible.

Today the number of applications that are taking the advantage of the system is growing quite rapidly. The additive process involves parts that are directly manufactured using the rapid prototyping methods. With the rapid improvement of the materials and technologies across the globe, direct manufacturing ha become one of the fastest growing areas of the globe.

Most of the times the rapid prototypes are used as the starting point of faster fabrications. In addition the use of the methodology makes the process of fabrication faster as well as cheaper. The two ways through which rapid prototyping can ensure this are use of molds for direct fabrication and use of RP generated parts to fabricate molds using the indirect or secondary methods.

When you use the indirect or secondary process, the part made with the rapid prototype is used as model for the process. Ordinarily the process is that of low volume production that are created as models with the primary or secondary rapid prototyping.