Reverse Engineering

Reverse engineering workflows utilizing 3D scanning involve the use of specialized equipment to capture the physical geometry and dimensions of objects or components. In industries such as manufacturing, automotive, and product design, 3D scanning is employed to create detailed digital representations of existing physical parts. This technology captures precise data points, allowing engineers to analyze and replicate intricate shapes and structures. The scanned data is then imported into computer-aided design (CAD) software, where it serves as a foundation for the reverse engineering process. This approach is valuable for industries seeking to understand and recreate complex components, improve existing designs, or integrate legacy systems with modern technologies, ultimately streamlining product development and innovation.

Reverse engineering usually entails four main steps: (1) disassembly and manual inspection of the component/assembly/product, (2) acquisition of a 3D representation, usually with the use of 3D scanning devices, (3) reproduction of a CAD model, (4) further design, analysis and/or modification of the reproduced CAD model. NOVL has capabilities for turnkey reverse engineering-to-remanufacture workflows. Contact us below to find out more.