The economical automatic part loading system, TEMPO, maximizes operational capacity and enhances the throughput of your coordinate measurement machine (CMM). TEMPO enables independent, uninterrupted measuring. Manufacturers can continue production even without CMM operators, ensuring they meet deadlines overnight or allowing employees to focus on other important tasks. TEMPO works overtime whenever needed. This commercially available…
Specialized shop-floor CMMs are designed to perform measurements in production environments under challenging workshop conditions.
Multisensor CMMs combine the accuracy of tactile probing with the speed of non-contact measurement, offering exceptional versatility.
We provide a high-quality selection of metrology tools and software.
Thanks to their open designs and easy accessibility, horizontal arm CMMs are ideal for measuring large sheet metal components.
Gantry CMMs provide precise large-volume part inspection in measuring rooms, manufacturing cells, or on the production floor.
Hexagon’s bridge coordinate measuring machines (CMMs) are among the most powerful and adaptable metrology tools for production monitoring and quality control because they combine decades of metrology experience with the most recent developments in CMM technology. For every industry that needs accuracy, repeatability, high throughput, and automated dimensional inspection, Hexagon’s bridge portfolio of CMMs provides…
We offer a wide range of styli, probes, probe changers, CMM probe heads, and accessories to ensure effective examinations.
Upgrading and retrofitting CMM controllers ensures that your equipment remains current with the latest specifications. An effective way to extend the lifespan, enhance the performance, and improve the manufacturing efficiency of your coordinate measurement machine (CMM) is to update or retrofit it. Manufacturing is constantly evolving, and producers face increasing pressure to meet a wider…
Kinematic errors should be promptly identified and fixed. To examine the kinematic behavior of the fourth and fifth axes on milling machines, use CheckSet5. Examine the machine’s precise condition and use the data gathered to modify the centers of rotation. The groundwork for automated production is thus laid. CheckSet5, which is based on NC Gage’s…
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