Reverse engineering, also known as backward engineering, is a process of measuring a product and reconstruct it as a 3D model for product design when there is no original drawing available. Engineers analyze and research a target product to deduce its structures and functions. In this way, they can learn how the object works and recreate it or improve it with added enhancement. It is widely adopted for product design and optimization in the machinery, aerospace, and automotive industries. With the help of 3D scanners, you can easily create high-precision 3D models for reverse engineering.
Our portable 3D scanners and automated 3D measurement system enable designers and engineers to incorporate accurate 3D data into their reverse engineering workflow.
Our industrial-grade 3D scanners, such as KSCAN and SIMSCAN series can obtain 3D data through professional 3D measurement solutions and help to create 3D drawings of various products with intricate details and complex geometric features.
3D scan data captured by scanners serves as a visual guide for creating a CAD model. Engineers can extract dimensions ready for creating CAD models, which significantly shortens design cycles and accelerates iterations. 3D scanning technology reduces ever-increasing costs of development for enterprises.
Scantech metrology 3d scanner can be used for scanning large-scale size, curved and reflective surfaces, which helps improve quality control, streamline production processes, and ensure that manufactured products adhere to design specifications.
Using Scantech metrology scanner scanner for scanning an endless screw to determine machining allowances and set the path for fine machining makes the machining preparation process more streamlined and precise.
In this video, 3D scanning its rear wing for customized modification, so as to realize stronger downward force and better driving at high speeds.
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