Reverse engineering with a CMM (Coordinate Measuring Machine) is one of the most effective ways to capture the exact geometry of an unknown part.
When no CAD model or technical drawing is available, a CMM equipped with a scanning probe can follow the surface of the component and generate an accurate digital profile. By scanning the surface with a tactile probe, the CMM collects precise data that can be transformed into a digital model. This enables engineers to recreate, redesign, or verify components with full dimensional accuracy.
With Ready RUN, reverse engineering becomes fast and accessible directly on the shopfloor.
Unlike traditional CMMs that require programming skills and dedicated software, RUN guides the operator with simple macros tailored to the application. By moving the scanning probe along the profile of the part, even complex freeform shapes can be acquired with high precision and exported to CAD for redesign, quality verification, or reproduction.
This method is particularly useful for:
Recreating legacy components when existing CAD data are no longer available
Designing spare parts or tooling based on physical samples
Modifying or improving an existing product through digital re-engineering
Thanks to its robust design, RUN CMM works without compressed air and fits perfectly in production environments. This means you can perform reverse engineering with a CMM right where you manufacture, saving time and ensuring data consistency.
Whether you need to digitize a prototype, inspect an unknown geometry, or reproduce an old part, Ready RUN combines the flexibility of reverse engineering with the precision of coordinate measurement.
