Once a company has this information, they can now begin the process of designing and fitting aftermarket parts for the RZR including windshields, under-carriage skid plates, doors, and exhaust systems to name a few. These companies can purchase the RZR and use reverse engineering to dimension parts such as the frame, body, or engine. For instance, when Polaris releases a new model of RZR to the public, several aftermarket part manufacturers are seeing the new design for the first time.
This virtual representation can be used to make a CAD model or even exact specific dimension needed to assist the process of reproducing an already tangible part. Using a 3-D scanning technology, data points can be collected and triangulated to create a virtual representation of an already existing part. Create an already existing part by using 3-D Scanning Technology. Whether it is an aftermarket part manufacturer for a Polaris Razor or Jay Leno needing to reproduce a part for one of his cars, reverse engineering and high precision metrology equipment can make that possible. A company’s need for reverse engineering can be a wide range of optimization opportunities. Rather than developing a new part to solve a problem, you start with a part that already exists and use today’s powerful technology to extract the dimensions needed to accomplish your ultimate goal. Reverse engineering is exactly what it sounds like it starts on the other end of the traditional engineering process. The traditional process of engineering starts with a problem and ends with a part or process that creates a solution. It is a process utilized by many different businesses across the world and across many different industries. Reverse Engineering has been around since the beginning of time in one way or another.
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