The broad mechanical industry demands precision engineering to operate and function optimally. Therefore, engineering manufacturers strive for the highest precision in their work—making mold accuracy a priority. Crucially, engineering firms must demonstrate that their components adhere to stringent micron-level tolerances. This is achievable only through a verification process capable of analyzing surface data down to the most exacting micron-scale range. Such validation requires world-leading measurement technology, enabling engineering companies to guarantee the highest quality standards for their customers.
OGP's industry-leading multi-sensor metrology equipment not only provides thorough, rapid, and precise measurements of your engineering components but also helps analyze your existing processes. This enables you to identify any prominent inclusions or defects and understand how your production line operates—can it be improved?
Through our advanced multi-sensor measurement solutions, you will enhance measurement efficiency, minimize delivery times, and gain a more comprehensive assessment of your own product quality.
OGP machine characteristics deliver optimal performance across diverse facility environments, providing consistent, accurate, and rapid measurement data collection. With multi-sensor technology at the core of our metrology solutions, many machines integrate various sensors—probes, lasers, low-force feather probes, or nano-white light sensors—for maximum flexibility on selected standalone units. Further enhancements include optional rotary equipment for individual or tandem operation, enabling up to five motion axes.
OGP also offers a range of advanced system software, delivering powerful, easy-to-use, and intuitive operation. With the capability for fully automated measurement programs programmable in minutes, and data output customizable to meet individual reporting formats or utilizing analysis packages to compute 3D surface profiles, part-to-CAD comparisons, and reverse engineering for SPC, your engineering precision will reach higher standards than ever before.