In order to develop or copy an object or a machine, it is referred to as Reverse Engineering to analyze how it works. If the design information of an object is lost and can not be found, the 3D numerical information of the object must be obtained in order to reproduce or improve that part. This is thanks to 3D scanning systems.

Reverse engineering is used where high cost is required to manufacture a product from the ground up or to develop existing designs.

With 3D scanning technology, we can analyze the working structure of the digitized object or system and determine in detail the working principles of the machine or product we have divided into pieces.

In the absence of CAD drawings belonging to the parts that are planned to be produced, there is no possibility of making molds as the design can not be changed. Creating CAD drawings by taking measurements from pieces does not yield healthy results and takes a lot of time. This is where our reverse engineering solutions come in. Our machine and mechatronics engineers are working to reverse all processes in the production phase, based on the existing part, and to solve the stages of product creation.

With the help of our 3D scanning techniques, we scan and digitize the part sample to obtain CAD data in a short time. With the help of reverse engineering, we make the most healthy CAD drawings, allowing you to make mold without distorting the originality of the sample part. If requested, we can modify the design and reproduce the part.

In the standard manufacturing methods, the designs belonging to the product are made on the computer first, then the production is passed. On the contrary, this is the opposite of engineering as the name implies. The process of manufacturing from the sample part is tried to be solved.

On the contrary Where is Engineering Used and Why?

• Correction of medical field prostheses.
• Replicas of artworks.
• Copying and duplicating final forms of product templates in digital media.
• Updating the designs of the products in the defense industry.
• To create 3D surfaces, duplicate objects that will take a very long time to be copied with standard techniques.
• Making some changes on the objects to create new models will be produced.
• Transfer of manually produced materials to digital media.
• Reverse engineering is used in cases such as the reproduction of distorted patterns of originality.

How to Reverse Engineering?

There are certain ways to follow when doing reverse engineering. First, we do a 3D scan to transfer the digitized object to the digital medium. We make the measurements of the object we transfer to the computer environment and convert the section curves to .STL format. We make surfaces from the models we make and we make a CAD model from those surfaces. In the last stage of Novatek 3D, we have analyzed the manufacturing processes by making all analyzes of the model we produced in detail.

In Novatek 3D, we reproduce damaged and non-repairable products. In a short time, parts that have been damaged by zero mold costs and which can not be mass produced can be manufactured thanks to our reverse engineering services and we offer you economically.

In order to develop or copy an object or a machine, it is referred to as Reverse Engineering to analyze how it works. If the design information of an object is lost and can not be found, the 3D numerical information of the object must be obtained in order to reproduce or improve that part. This is thanks to 3D scanning systems.

Reverse engineering is used where high cost is required to manufacture a product from the ground up or to develop existing designs.

With 3D scanning technology, we can analyze the working structure of the digitized object or system and determine in detail the working principles of the machine or product we have divided into pieces.

In the absence of CAD drawings belonging to the parts that are planned to be produced, there is no possibility of making molds as the design can not be changed. Creating CAD drawings by taking measurements from pieces does not yield healthy results and takes a lot of time. This is where our reverse engineering solutions come in. Our machine and mechatronics engineers are working to reverse all processes in the production phase, based on the existing part, and to solve the stages of product creation.

Thanks to our 3D scanning technology, we scan and digitize the part sample and get the CAD data in a short time. With the help of reverse engineering, we make the most healthy CAD drawings, allowing you to make mold without distorting the originality of the sample part. If requested, we can modify the design and reproduce the part.

In the standard manufacturing methods, the designs belonging to the product are made on the computer first, then the production is passed. On the contrary, this is the opposite of engineering as the name implies. The process of manufacturing from the sample part is tried to be solved.

Conversely, you can find more detailed information on this website.