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10080831 3D models
+10000
8759458 drawings
+20000
All design data (3D-models and drawings)
6Machinery
Refrigeration and cryogenic equipment
Packaging and food equipment
Petrochemical
Transport
Mining and processing

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Reverse Engineering
Reverse engineering is the process of analyzing and deconstructing an existing product to understand its design, structure, and functionality. This technique is often used to recreate, improve, or redesign components when original documentation is unavailable.
In combination with 3D scanning, reverse engineering allows for precise digital reconstruction of physical parts, making it valuable in industries like manufacturing, automotive, aerospace, and product development.

Aviation Reverse
Reverse engineering is essential for the aviation industry to analyze advanced technologies, accelerate development, reduce costs, and enhance competitiveness...

100% analysis
Necessary measuring instruments, devices and equipment. Classic hand measuring tools: calipers; micrometers; electronic profilometers; ultrasonic hardness testers...

All collected information collected by engineers
About the reverse engineering object measurement map (name, article numbers, PMI express analysis, hardness and roughness measurements)
Scanned 3D point cloud, operating manual, etc. is transferred to the design department for further processing, modeling and development of design documentation.
Our experience

Automotive industry
By performing quality control of the product geometry with a reference CAD model, we can visualize the surface topography of positive and negative deviations, and then localize the defect for further analysis of the violation of performance.

Crushing equipment, hydraulic cylinders
Technical support, quality control and assembly. A report visualization of the location of inspected forms and surfaces is performed, information about them in the form of a table with measured data for further analysis for assembly and joining of parts.

Modeling
After reverse engineering, we can print the resulting model on high-precision 3D printers for visualization and testing.