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Reverse Engineering Service

To reconstruct a design, reverse engineering technology is required to use. It is possible by reverse engineering to separate the design into its components, analyze the materials used, and ultimately to reveal all the parts that make up the design separately. In part2b, we help you increase your efficiency while reducing your costs with reverse engineering services. In reverse engineering processes, we not only analyze, but also provide support for optimizations that can be made.

What Is Reverse Engineering?

Reverse engineering is the separation of a system into machine, software, object or device into parts and determination of the standards of each part and the analysis of the related working principles. Although there are prejudices about reverse engineering, in fact, there is no special patent and copyright problem in the work done correctly. The simplest answer to “What is reverse engineering?” question is to unravel the secrets of any engineering structure.

reverse Engineering

How Is Reverse Engineering Performed?

Reverse engineering can be conducted in different ways. If reverse engineering is to be performed for an object, it is first measured with a coordinate measuring machine (CMM). As a result of 3-dimensional measurements, it is possible to reveal the design of the part. This is the simplest case of reverse engineering processes. As a result of making measurements for each object that makes up a system or device, a complete list of the materials needed for production is obtained. During these measurements, the working principle of each object is analyzed; objects are divided into units so that the system or device can be reproduced together with the disclosure of production materials.

Reverse engineering was one of the methods that nations used to understand weapons and industrial defense technologies, especially during the Second World War. Currently, reverse engineering applications are needed to increase efficiency and reproduce designs having no production activities.

Reverse Engineering

In Which Areas Is It Used?

Reverse engineering has a quite widespread use. Reverse engineering applications commonly used in the weaponry and defense industries are also preferred in the analysis of new technologies. Reverse engineering techniques are also applied when there is a requirement, such as the examination of competing products. These applications for obtaining new information can also be used in the production of special parts. It is possible to use these applications in areas where engineering is important, such as the reproduction of a broken part or construction of individual prosthetics. Reverse engineering can also be carried out for software other than an object, device, and system. Especially in recent years, technology giant companies have been working and even copying software by conducting reverse engineering on software.

It is possible to reach every part with Part2b Reverse Engineering Service

Part2b uses 3D measurement technologies to successfully analyze all parts and make them reproducible. Thanks to this method, which can be preferred for all parts whose design is lost, which are not produced and need to be renewed, the dimensions of the objects are measured precisely. After that, the materials used in the production of the object are examined and the reproduction process is started with the correct material selection.

With the use of CMM measurement, CNC lathe, CNC milling, 3D design and laser scanning systems, it is possible to re-form, analyze and produce each part in its ideal conditions. When the Part2b experience is combined with the latest technologies in the industry, the results are excellent. With reverse engineering service, production of impossible or over-costly parts are produced at lower cost by saving time and it helps manufacturing processes continue without interruption in many sectors. Part2b is capable of producing thousands of parts with the same quality standards, while responding to all needs; it also allows a manufacturing process to become more efficient and functional with the production of a single part when necessary.

See our stock material: Stock Materials