영어에서 Laser tracker 을 사용하는 예와 한국어로 번역
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The return beam reenters the laser tracker where the distance to the target can be determined using interferometry or phase shift analysis.
Since introducing the laser tracker in 2000, Nabeya Manufacturing has successfully laid out a framework for its division to support measurements of large components.
In 2015, Nishimura purchased the FARO Laser Tracker Vantage, FARO's latest compact and portable laser tracker with a measuring range of 80 m, to support its measurement processes.
The FARO Vantage is a highly accurate laser tracker that offers measurement routines at unprecedented speed and efficiency.
As the direction of gravitational forces shifts as the telescope moves, we now measure the amount of displacement using the laser tracker.
all-in-one laser tracker that fits in a single flight case.
project management, measurements using a Faro® laser tracker.
The FARO Vantage is FARO's latest laser tracker model that enables long-range measurement(up to 80m),
Moreover, the portability of the FaroArm and Laser Tracker ION greatly reduced the need for manual labor as the device can now be easily transported to the shop floor,
Instead, operators can take portable metrology equipment, such as the FARO®Laser Tracker, FaroArm, and ScanArm on-site and use them in varying temperatures and conditions to perform tool building, part inspection
As the Laser Tracker ION is also useful for measurement of large objects,
Kulkarni added,“The compact size of the Laser Tracker made it incredibly easy to move between locations in the shop floor, drastically reducing the manpower required
With a measuring radius of up to 80 meters, the FARO® Vantage Laser Tracker is useful for the measurement, installation, and adjustment of large welding assembly fixtures and welding assembly production lines.
Portable CMM tools from FARO®, such as the FARO ScanArm or FARO Laser Tracker, can be used for 3D inspection of towers,
Industries such as automotive, aerospace, and shipbuilding, have adopted 3D portable metrology solutions, such as the FARO® Laser Tracker and FaroArm®, for recalibration of machines, machine tools and general fixed CMM calibration.
RemoteControls™ workflow(patent-pending) which streamlines Laser Tracker operations, allowing a single user to control functions such as live video feed and tracker movements from a mobile phone or tablet. A single operator is able to easily control the tracker from anywhere in the measurement area.
We're impressed with the quality of FARO's products and going forward, we're keen to introduce a laser tracker as we have some projects that require the measurement of larger parts.
the long range and high accuracy capabilities of FARO's Laser Tracker in combination with the flexibility and consistency of the FaroArm® or ScanArm®.
While in search of a suitable solution, Mr. Yoshioh Nihei from the Inspection Section(QA Department) of Komatsu's Ibaraki Plant considered FARO's Laser Tracker, which was already in use in the other Komatsu plants.
If the Ibaraki Plant chose to invest in a FARO Laser Tracker, it stood to gain various benefits including the ability to take measurements anywhere;