LASER TRACKER
ALIGNMENT
& INSPECTION

Aligning and inspecting heavy machinery—such as rollers, mills, shafts, and turbines—requires a level of accuracy that conventional measurement methods cannot achieve. Therefore, we offer a range of high-precision equipment for these applications, including laser tracker and measuring arm coordinate measuring machines (CMMs) and metrology-grade handheld 3D laser scanners.

Laser trackers are used for large objects, providing point-based measurements for applications such as roller, mill, shaft, and turbine alignment, as well as for reverse engineering and inspection. Our laser tracker CMM can achieve micron-level accuracy over distances exceeding 80 meters.

In contrast, our measuring arm CMM is ideal for collecting probing and 3D laser scanning data of smaller, high-precision objects—such as molds and compact machinery—for applications including alignment, reverse engineering, and inspection, all while maintaining micron-level accuracy.

Similarly, our metrology-grade handheld 3D laser scanners—which boast an accuracy of 0.02 mm—are used to collect detailed 3D laser scan data of small- to medium-sized machinery. These 3D laser scanners offer significantly more flexibility and portability compared to laser trackers and measuring arms, enabling us to collect 3D scan data with micron-level accuracy in areas that would otherwise be inaccessible.

By utilizing a combination of terrestrial 3D laser scanners, total stations, metrology-grade handheld 3D laser scanners, laser trackers, and measuring arms, we capture the most accurate and comprehensive 3D measurement data possible—tailored to the specific requirements of each project.