Rapid Prototyping is widely accepted technique for any type of Product development and has leapfrogged in last decade or so across the globe. In order to stay competitive in the consumer product market, companies must evolve their product design to provide superior functionalities, higher flexibility and less cost at speedy design schedules. For example, consumers upgrade their television sets about every five years. TV Manufacturers are hence posed to the challenge of rapidly design, develop and market TV sets that offer more features and smaller form factors at least cost to satisfy customers demand.
Taking it further, defense applications also need high-performance electronic systems that can be developed at less expense and meet functional and budget guidelines. As a cost-saving option, many defense applications depend on profitable techniques as used in the development of telecom, medical and consumer products to develop new systems. These systems, which change rapidly because of the potential high demand result in high bottom lines. It is thus vital that cutting-edge techniques, hardware and software tools be assimilated rapidly and efficiently into the military systems to maintain an edge over competitors.
As per definition Rapid Prototyping is development of prototypes of a product or part to analyze functionalities and features in cost-effective way. Rapid Prototyping technique mitigates risk factors associated with the reservations in technology performance, thus enhancing the probability of a first-pass success. Prototyping results in faster-time-to-market and saves cost due to real-time prior-design analysis for various performance conditions.
Prototyping is in general an iterative process, in which many design options are conceived, constructed, and analyzed to gradually refine the final product design. It is hence critical to minimize the latency of each prototyping cycle so that product development process stick to the defined design schedules.
Most of the times, for a product which is notorious for its rapid change new designs may result in unanticipated problems. It is also impossible to forecast these issues by CAD modeling or Design simulations. When the performance of a new product is indecisive, prior development of a prototype may prove critical for testing key functionalities of the design, discover design options and confirming customer guidelines prior to starting manufacturing.
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