Reverse engineering means taking parts of a system, creating a CAD model of those parts, and creating detailed and tolerant drawings. Analyzing the location of the part in the system is of great importance for the reverse engineering process. After understanding the function of the part in the system and its interaction with other components, the modeling work continues. If you are interested in these services, just ask us. We will be happy to inform you about the possibilities.
Reverse Engineering is the use of a device, object, or system; or system: the process of discovering the work system, its function, or structure through an extractive reasoning analysis. This often involves building up a new tool or software that does the same job without copying it from the original, and frequently breaking down things, and analyzing working principles in detail.
Cad drawing by taking measurements on old-fashioned parts to obtain the data of the materials to be produced in a computer environment takes a long time and the correct results is not always possible to get accurate from this process. In the Reverse Engineering method.STL or point cloud data of such parts can be obtained in a short time using 3D laser or optical scanning systems. CAD models of scanned-measured elements are created with the guidance of NURBS curves to be obtained accurately through this data. The reverse engineering method is generally used to obtain 3D surface and solid models via STL data.
While reverse engineering can be used to obtain the engineering secrets of a product, it can also be used for purposes such as developing the product, examining the competitor's products, and producing a better product than the competitor. These can sometimes be for re-accessing the data of a lost pattern, sometimes for completing a broken part, sometimes for medically personalized implant solutions.