Reverse Engineering

Reverse Engineering is a conscious approach where individuals try to reproduce a product or part and analyze it to create new technologies to further society’s industrial goals. Reproduction technology is also suitable for developing existing equipment. This engineering method is a science where the individual goes from the answer to the question. Therefore, the individual should creatively discover the rules and technology behind a device or system. After discovering the part or product’s technology, its structure and application is analyzed.

This engineering approach helps individuals to perform better in a process related to a problem. Instead of starting from the question, this approach starts with the answer. Reverse-engineering is useful in two cases; one is when we fully understand the problem and know its meaning, or when we do not know our own question’s answer. In other words, we do not know which question the answer addresses. The second case to better understanding engineering is when we know the question and answer but do not know the path and process taken to reach the answer.

Reverse engineering has an objective, and it is to discover the knowledge or design embedded in a  product (service or good). This is usually done to redesign or analyze the product. Currently, half the engineers who work in knowledge-based enterprises, universities, and entrepreneurial workshops use this technology and are satisfied with its application and services. Hence, they strive to bring prosperity to their country and embellish their resume. Reverse-engineering can transform a society’s economy, and one should spare no efforts in learning it.

Ultimately, reverse engineering entails reproducing an object according to its components and nature without background knowledge. If the new object has more of the features in demand, the task is considered successful. Nowadays, this science is used in commercial, industrial, and military applications. To reach the current boundaries of knowledge, reverse engineering predesigned sets is considered the first step to gaining the capability to design and break scientific barriers.

Design and Reverse Engineering Services

Design and reverse engineering services try to produce a device by dividing it into smaller parts and analyzing, and modeling to start the reproduction line. This means that you no longer have to start production from scratch. Therefore, you are already halfway through and manufacturers will find things easier, and reproducing a part will also take less time. If you are an expert, you can produce a more advanced part.

This engineering approach is also used in producing teeth molds to reproduce a model matching the individual’s teeth.

Another service from this engineering approach is it extraordinary application for professional programmers, which means they no longer have to design and write codes from scratch. This means that a successful program or system should be carefully analyzed to reproduce its components.

Military equipment purchased by Iran over the years can also be reproduced using reverse engineering, and parts with more features can be produced for military organizations and the army to make the country self-sufficient in terms of imports and military spending.

Isfahan Reverse Engineering

Isfahan is well-renowned in other cities for its reverse engineering. Isfahan produces 3D molds and casing for car bumpers and hundreds of other products and ranks first in this field. It designs and manufactures industrial products using advanced design software and specialized workforce. Also, the new products, or reproductions, are high quality. The Taqaron Sepahan Engineering Group in Isfahan utilizes experienced engineers to reproduce industrial equipment, which is a cause for celebration. Taqaron Sepahan can control and complete manufacturing projects in the best possible way using reverse engineering to design and produce complex industrial equipment.

Knowledge-Based Reverse Engineering

Knowledge-based reverse engineering refers to companies that use young innovators and entrepreneurs and their knowledge and specialty for reproduction. Reverse-engineering in knowledge-based companies has led to further progress in reproduction by the engineering community. Therefore, modern equipment and technologies can advance society and reproduce products with fresh ideas. These companies provide their equipment to capable individuals to discover modern technologies and reproduce complex products. The community of experts and senior managers who pave the way for the country’s prosperity can achieve the highest levels of reverse engineering.

Image transfer is a primary approach to drawing hyper-realistic images, which means that the original image or video is cast on a wall using a video projector or similar device and is reproduced by a painter or an illustrator. Therefore, reverse engineering is also applicable to painting.

Nowadays, this engineering approach is used by smart and innovative individuals and can be used to analyze the most complex problems. A deeper insight into this engineering approach shows its capability to save developing countries. As a professional reproducer, China managed to rank first in manufacturing various products. Therefore, the relentless effort to reproduce a part does not mean that the finished product is a copy. China raised its global status as a manufacturer and economic powerhouse, and given its engineers’ endeavors, it deserved to reach this position.

The most important stages of reverse engineering include disassembling equipment into smaller parts, analysis and mapping, continuous improvement, and manufacturing and assembling parts by discovering the necessary methods to create a higher-quality assembly.