Reverse Engineering

Reverse engineering is the whole of the processes performed in cases where there is no technical information about the production of the manufactured product or to analyze competitor products, to predict the cost of parts and to identify patent infringements. With reverse engineering, all technical details of a part can be obtained.

The reverse engineering process starts with the measurement of the desired part and continues with the creation of a three-dimensional CAD model, and ends with the production of prototypes or products according to the demand.

In reverse engineering, starting from the requested part, the stages in the manufacturing process are analyzed backwards.

The part requested by the customer is scanned with 3D digitizing measurement systems and STL data is created. 2 and 3 dimensional mathematical models are created as a result of engineering studies with reverse engineering software on the obtained STL data.

Depending on the demand, changes such as the size or material required for the patent tender or cost optimization can be easily made on the part.

Reverse engineering usage purposes

• Desiring to produce products that do not have 2D and 3D dimensional technical data
• To ensure the production of molds or models of handmade designs or works of art by creating 3-dimensional data
• Repairing the relevant areas of deformed or broken molds,
• The original manufacturer of the product requested by the customers is no longer available,
• The urgent need for spare parts for damaged, broken or deformed parts of vehicles such as cars, machinery, marine vehicles, etc.
• To improve, develop or reduce the cost of some features of the product,
• Analysis of competitors products
• Finding alternative new methods to improve the performance and properties of the product
• Finding competitive benchmarking methods to develop better products by analyzing competitor products