Reverse Engineering uses different forms of 3D scanning to create a CAD model where no model exists. 3D scanners, portable CMMs and laser trackers are used for other reverse engineering solutions beyond models including process optimization, full dimensional part inspections, part analysis, tool building, prototyping, and assembly integration.LEARN MORE
Exact Metrology selects the right scanning technology that delivers the accuracy, speed and resolution needed for your application. Our non-contact 3D scanning tools are grouped in the short-range measurement technology class. Each of these technologies is portable, so we can bring the scanning services to you. When your parts demand a longer range than 20 feet, we will roll out our 3D long range scanning and PCMM solutions that grab measurements at 30, 100, 500 and 900 feet.LEARN MORE
The 3D measurement data from our scanners and PCMMs offers a comprehensive definition of a physical object that is used for measurement, inspection, comparison and reporting. When a part is defined by millions of points, you can see subtle deviations, slight variations and fine details to verify that a part (or mold) meets specifications. Exact Metrology delivers the best of both worlds. We combine 3D scanning with our contact, touch-probe measurement tools to deliver precise dimensions on geometric shapes.LEARN MORE
This technology is used for Internal Defect Analysis/3D Quantitative Porosity Analysis, Materials Structural Analysis or Assembly Control. It’s the only method to get 3D views of the inside of a part [like the aluminum casting at left] and the only way to obtain true dimensional data non-destructively.LEARN MORE
We have started a series of training, tips & tricks, unboxing, and product videos to assist through these trying times and social distancing. Visit "What's New" Section below to view. [Popcorn and beverage optional].
Through these unprecedented times, while the world handles the Coronavirus Covid-19, we are safely here to support you. We have enacted procedures to maintain office safety for our families, team, and our customers, and continue to monitor the situation closely. As things develop, we will act accordingly. We are able to operate effectively, while maintaining safety, to complete your projects, deliver equipment & software, and work on-site until further notice. Through all of this, we wish you and your families great health, and extend our support however possible. Please feel free to reach out.
Exact Metrology, Inc. is a full service exact laser measurement company. In addition to selling CT Scanners and performing CT contract services on-site or in-house, we provide contact (Probing & Digitizing) and non-contact (3D Scanning) measurement, on-site inspection, and reverse engineering technologies. Our complete range of portable Coordinate Measurement Machines (CMMs) and scanning equipment allows us to handle most measurement tasks at your facility. Once the measurements are complete, our team of technicians will convert and output the raw data into the model, report, image, animation or whatever deliverable best gives you the answers and results you need.
We also rent metrology equipment solutions, and offer software training.
Here at Exact Metrology we’re always at the forefront of leading 3D Laser Scanning, 3D X-ray Scanning and Industrial CT Scanning technology. We perform these services in-house and on-site and very often the projects are interesting and the results informative.
In this News Section we will attempt to share what we feel you’ll enjoy.
Exact Metrology is proud to be a part of the restoration of Cincinnati Music Hall’s sandstone ornaments in Cincinnati, Ohio. The restoration includes ten finials atop gables and a sandstone lyre.
We've started a series of training, tips & tricks, unboxing, and product videos to assist through these trying times and social distancing.
Let us know what you'd like to see in the upcoming series videos through our social sites or comments. Or, email us
We're releasing 3 videos per week to start with on topics like: