Posted by Rocker on March 19th, 2009 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.
Posted by Rocker on March 13th, 2009 The use of rapid prototyping technology has increased in last few years. In fact, everyone is now looking for a company to get high quality rapid prototyping services.
The use of rapid prototyping technology can be seen in all industries but there are quite a few industries where the use of this technology is more dominant. For instance, automotive, medical and aerospace industries require the help of rapid prototyping on regular basis. In addition to these industries, you can now find this technology to be used in consumer products industries which is one of the big reasons behind its popularity.
Although this technology is used in many industries but only quality companies are recommended to work with. One such company is available at Solidconcpets.com. This company is impressive because it offers outstanding tooling and injection molding services along with offering top-notch rapid prototyping services. In fact, it specializes in injection molding services and you will not find a better company offering such a quality at such rates.
Actually, the reason behind offering this wonderful combination of top-notch quality and outstanding prices is that this company is working with a partner company in China. It is only due to this particular partnership that you can expect outstanding prices of Chinese market with superior quality of this particular company. In short, Solid Concepts provides PolyJet, SLA, SLS, HDSL™, CNC, and QuantumCast™ cast urethane rapid prototypes along with outstanding injection molding services. So, look no further!
Posted by Rocker on March 13th, 2009 What the rapid prototyping is? You may define Rapid Prototyping or RP as a combination of techniques. The techniques are used to fabricate a fast scale model of a part or the assembly using the 3-D aided design. Stereo-lithography is commonly considered to be the first of the prototyping techniques. It was introduced by the 3D systems of Valencia CA in United States. Since their arrival on the scene way back in 1986, the company has been bringing up divergent techniques for prototyping.
Rapid prototyping is known with various names. One of them is solid free-form of manufacturing. The second one is the computer automated manufacturing. And the third one is the layered manufacturing. Each of them is a form of RP that is one of the most potent medium of visualization. You can also use the RP models for experiments, research and analysis. Sometimes they are also used for creating the male tooling models such as the models made of silicone rubber or investment casts.
Sometimes rapid prototyping parts can become final. However ordinarily they are neither very strong nor accurate enough to be taken as the final model. The essence is speed and getting a near perfect model. That is what the world’s fastest rapid prototyping aims at. If the RP material becomes fit to be used for highly convoluted shapes, they can of course become the original parts. Such originals may be stand alone or nested.
In these days of computer technology, rapid prototyping is not one of the most complicated affairs. On the other hand the facilities they provide in getting the accurate design, make them almost indispensable for designers.
