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Reverse Engineering
Like laser scanning, reverse engineering is a viable method for producing 3D models of a physical object. With this technology, data extracted from the digital scan can be used to analyze, troubleshoot, reproduce, and inspect the object in virtual 3D. The data is given in various forms, supporting an array of formats from
xyz to Igs (IGES), stl to nurbs, as well as all 3D digitizer formats.
The process of reverse engineering includes measuring the physical object to be converted into 3D format. Many benefits can be gained from this process including making corrections to parts of the object, redesign an obsolete tool to incorporate into new technology, and product analysis and development. Also, the compatibility with any
CAD system saves time and money for future development.
With reverse engineering manufactures also can have a digital record of the competitor's product to analyze the differences from their own. It can be used to study the components, functions, and costs to assemble.
Reverse engineering services gives the users an edge on the competition and on new technology, saving them time and money.
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