Reverse engineering, in the context of electronics, is the process of analyzing a device’s hardware or software without having access to its design or schematic information. The goal is to understand the device’s functionality, design, and potential vulnerabilities.
Metal Stamping is a metalworking process that utilizes dies and a press to transform flat metal sheets or strips into specific shapes. The process typically involves three main steps: cutting, forming, and finishing. In the cutting step, the metal sheet is cut into the desired shape.
The forming step involves deforming the metal sheet using a die to create the desired shape or features.
Finally, the finishing step involves removing any excess material, smoothing the edges, and adding any necessary surface treatments.
Reverse engineering is a process that is used to address component obsolescence. It involves establishing the key issues of form, fit, and function and developing an alternative that meets all these requirements.
These new reverse-engineered component provide the same functionality and performance as the legacy component and can be installed in a nuclear facility without the need for any additional modifications.
We provide both a reverse engineering services, in which we develop the reverse-engineered component, and a range of reverse-engineered products that look, function, and perform as reliably or better than the original.