Acuity Laser User Interface software update — November 2020 November 20, 2020 – Posted in: Updates
Acuity Laser is pleased to announce the release of software update 1.0.35 for our Touch Panel Display User Interface.
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Acuity Laser is pleased to announce the release of software update 1.0.35 for our Touch Panel Display User Interface.
Continue readingA US manufacturer was looking to find a system to precisely measure the displacement of a battery cell during a battery expansion measurement test.
Continue readingIn this video demo of laser positioning, we show how to set up two AR1000 laser distance sensors on two opposite targets.
Continue readingThe AR3000 has a very compact design and is what we call a time-of-flight sensor. Like most distance measurement sensors, it measures distance by rapidly modulating and collimating a laser beam.
Continue readingIn this application example we zero out two laser displacement sensors for a sub-micron thickness measurement on a 10mm block, with our touch panel displaying between 9.9993mm to 9.9997mm.
Continue readingIn this example video we show off the abilities of our AR700 laser sensor for non-contact rubber measurement.
Continue readingSchmitt Industries, Inc. (NASDAQ: SMIT) announced the launch of a new website for its Acuity Laser product line. The newly redesigned website offers quick and easy access to essential information and features for Acuity’s non-contact laser measurement products.
Continue readingAn Acuity customer is using a dual opposed AP820 laser line configuration to be able to measure the thickness of a dark plastic sheet material. The uneven surface profile is used to calculate the overall thickness and make sure the material maintains a minimum thickness requirement.
Continue readingLaser scanners are used to track and detect weld seams using laser line triangulation, providing a robust method for controlling the position of welding torches and ultrasonic test probes for weld inspection.
Continue readingLasers are often used for quality assurance for the fit and finish on household appliances. Laser scanners provide a robust method to precisely monitor gap position while creating an automated process.
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