Reverse Engineering, is a process that is used to create 3D CAD models directly from physical parts with little or no additional design documentation. By scanning (digitizing) items that have insufficient design documentation or require CAD data for modern manufacturing methods, a component can be quickly and accurately reverse engineered. Similarly, Re-Engineering is usually undertaken in order to redesign a product for better manufacturability, or to take advantage of modern materials and manufacturing practices.
In many cases it is extremely difficult (if not impossible) to clearly define physical part geometry using traditional measurement techniques. It is easy to see why Digitizing has become an essential tool in the Reverse Engineering process. Reverse Engineering quickly and accurately bridges the gap between poorly or un-documented tooling and fully modifiable 3D CAD models useful for modern manufacturing methods
The scanned data is used as a visual reference to create surfaces that are recognized by industry standard design packages. These surfaces can be further re-created in a fully parametric format. Once a solid model has been created, a limitless number of editing / modifying tasks can be performed for anything as simple as prototyping, to tooling for full scale production.
3D CAD models are the industry standard communication tool for manufacturing and design. By converting physical parts to CAD format, efficiencies can be realized in areas such as product development, manufacturing technology, enterprise communication, market evaluation, and, time to market. The incorporation of concept and market trend designs is greatly simplified by this process.
