Reverse Engineering Service Blog

  Industrial usage of reverse engineering in various fields Reverse Engineering is being applied to generate CAD files. Specialized software is used with CMM and a touch probe in two demonstration experiments. Advantages of the technique include immediate feedback, data reduction, direct generation of geometry and higher precision of the final product. Reverse Engineering in manufacturing and engineering is used to find out how equipment or products are made and work. Reverse Engineering in manufacturing and engineering is used for a wide variety of reasons. By taking apart engineering equipment or a manufactured product and discovering the materials it is made from and how it works, we can help a business determine and improve production processes, enhance product effectiveness, and protect patents. The process is also used to discover how a ‘legacy’ (i.e very old) component or product operates and is necessary when the original technical drawings and material information are no longe

  Reverse Engineering: From construction steps to final output During the reverse engineering process, we need to generate the CAD file in the software best suited for each task. During this process, we should work regularly inside the program and save the construction history of all the steps we take. You can access that history as part of the ready data. Following are the guidelines set by experts in the industry  Reverse Engineering Service . If you want to be flawless in the reverse engineering process, you must follow these instructions. Reverse Engineering with Parametric features While doing reverse engineering manually, we are able to generate parametric features wherever useful. These features can be used on parts with regular geometry in every CAD software. Parametric features are very beneficial when working with CAD files. The data sources we generally work with: 3D scans – for example clay models, as explained in the sample above Simulations – FEM, ANSYS or material flow i