The Advantages Of Rapid Prototyping Technology Application
Nowadays one of the most enhanced methods of model production is called rapid prototyping technology or RP, as it is usually called by prototyping specialists. The process is implemented by a prototyping machine and takes a short time usually. The whole project of rapid prototyping model production can take from several hours to several days and sometimes weeks, depending on the complexity of a model and its nuances. Rapid prototyping technology has several more names, generally used in the sphere of prototyping engineering. Among such names are layered technology, three-dimensional printing, solid freeform fabrication (SFF) and CAD (computer-aided design) technology.
The advantages of rapid prototyping technology application are:
• Communication rise and visualization of a model.
• Verifying and testing design and functionality of a model.
• Lesser time for production of a model
• Sooner release of a model in the market
• Improvement of all model’s disadvantages in the process of model production and avoiding of dangerous mistakes in the course of production that can be revealed after product release and, hence, can cost a pretty penny to producers.
Rapid prototyping is also very important for production of so called short run components, which can be created without using carving and tooling. Rapid manufacturing is the second name of rapid prototyping technology in this case.
The process of rapid prototyping is assisted by a computer, which gave the technology another name – CAD, or computer-aided design. The method which is the basis of rapid prototyping technology is called additive technique due to the peculiarities of the process, where material is built layer by layer. The materials used in rapid prototyping can be different. The most popular are prototyping wax and plastic, different powders and liquids, resin, metal and non-metal powders and materials. The material are usually put up by a special tank, called nozzle. In order to achieve a high solidity of material mixing of different material can be used in rapid prototyping.
To understand what rapid prototyping is we need to look through the process thoroughly.
The first step is the creation of virtual prototyping model by means of computer-aided design. The 3D program presents an image, programmed as STL file automatically. A prototyping machine and a computer are intercommunicated in the process of RP.
The second step is creation of segments called cross-sections. These segments are created by a computer program and can be read by a prototyping machine.
Finally, the third step is the actual creation of the model, which is layered growing of material. Prototyping machine uses cross-sections presented by a computer to build accurate layers of the material. Depending on the prototyping technology, layers of material are glued together to get the solid and accurate prototyping model.
Over the recent decades rapid prototype services coped up with solving lots of tech problems. And rapid prototype might help you to. Please make sure to find out more about the rapid prototype industry and how it helps.
