Exact Metrology Now Leases ZEISS METROTOM 1 CT Scanner

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Exact Metrology: A Division of In-Place Machining Company, a comprehensive 3D metrology service provider and hardware sales company, is leasing the ZEISS METROTOM 1 CT scanner. The METROTOM 1 allows users to measure and inspect hidden defects and internal structures that can’t be detected with tactile measuring systems.

The CT system offers several advantages, including easy handling, precise measurements, small footprint and fast return on investment. Installation is a simple process with very little training required. With the ability to measure and evaluate complete parts, accurate nominal/actual comparisons, dimensional checks and wall thickness analysis can be performed. The compact CT system fits into any metrology lab, allowing users to carry out in-house metrology measurements and quality assurance without external measuring services. Besides low acquisition costs, the cost of ownership is also kept low thanks to system components. ZEISS METROTOM 1 requires maintenance just once a year.

ZEISS METROTOM 1

ZEISS METROTOM 1 CT system now makes reliable X-ray technology and non-destructive quality assurance available to everyone. Whether medium or small sized parts, plastic or light metal, the scanner can inspect a variety of parts such as connectors, plastic caps, aluminum parts and more.

Equipped with the operation and inspection software GOM Volume Inspect, the software combines all stages of the CT process from scan set-up and reconstruction to data evaluation and reporting. Geometries, shrinkage holes or internal structures and assembly situations can be evaluated precisely. With just one software, users can load volume data from several components into a project, perform a trend analysis, compare the captured 3D data with the CAD model and more.

Call Exact at 866-828-6509 or visit our “Contact us” page to speak to a metrology specialist and find out how to incorporate this CT technology.

Scan data example of uses of GOM Inspect software.

This content was first published on the Exact Metrology website.

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