Reverse Engineering: How to Avoid Failure? Part 2
Introduction
Reverse engineering is a technique that can repair parts of machines that are no longer supported, but it is not possible to repair all products or parts, and there is a possibility that the repair will fail.
In this column, we will explain how to increase the chances of successful reverse engineering.
3. Field survey
When we receive a request for reverse engineering services, we make it a point to visit the site first.
By having our staff visit the site in person, we can check the on-site environment and the extent of machine damage, which cannot be understood from text or photographs alone. This leads to a deeper understanding of the machine and its components, ultimately increasing the success rate of reverse engineering.
4. Clarifying the goal
In reverse engineering, the extent to which you perform the analysis is also crucial.
For example, if there is a damaged part, the scope of work will vary greatly depending on how much is needed—whether it's just a sketch of the part, or if it needs to be manufactured or assembled.
When we receive a request, we carefully review the details of the request and clarify the goal. By aligning our understanding of the goal with that of our clients, we strive to ensure a smooth process.
If you have any problems with your old machine, please contact us!
We are happy to answer any questions you may have about machinery, including old machines that are no longer working properly.
If you have any problems with your old machine, please feel free to contact us using the inquiry form below!
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