Showing product results. 1 - 6 of 6 products found.
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Automation - LaserGauge
LaserGauge® Automation is a robotic system for measuring vehicle gap/flush on a moving assembly line. It is cost-effective, fast, flexible, and delivers LaserGauge® accurate measurements. Utilizing the Cross-Vector scanning and Blue Laser Technology, the system provides more assembled-panel surface information than any other robotic laser profiler.
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LaserGauge
Sensors come in two basic configurations: handheld for portable applications and remote for stationary or on-line inspection systems. While all of the sensors will work with the latest controllers, some will interface to your PC. The measurement requirements of an application determine which model should be used with a controller.
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LaserGauge
Now available with an optional blue laser, LaserGauge® DSP Sensors are totally self-contained and allow single stripe, Cross-Hatch or Cross-Vector scans with unmatched speed and flexibility. DSP Sensors are capable of scanning a wide variety of surface types including solid metal, paint, plastic/rubber, headlamps, tail lamps, window glass, composite, chrome surfaces.
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LaserGauge
The LaserGauge® Leading Edge Profiling System consists of a handheld or benchtop sensor and the Leading Edge software application. Designed to scan both sides of the blade simultaneously, the sensor returns a complete profile around the radius of the blade, which allows accurate measurements of the thickness and the plotting of the blade profile for comparison to its engineering design.
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LaserGauge
The LaserGauge® Automation system with RS763 Sensor automatically acquires fit and finish measurements of a vehicle in real-time on a moving line and can be integrated into the manufacturing line by plant personnel or independent robot integrators.
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LaserGauge
The TS800 USB Sensor is specifically designed for multipurpose or specialized applications that require inspecting and measuring small features on translucent, shiny, or opaque surfaces. The sensor’s small size, light weight, reduced footprint and narrow tapered stem gives it access to highly restricted areas.
