One sided thickness measurement of transparent materials.
Laser thickness measurement principle.
It provides fast and reliable thickness measurements and s p c.
The laser thickness gauge is susceptible to the effect of mechani cal deformation due to temperature changes and vibra tion.
The thickness value is detected to micrometer accuracy using only a single sensor.
Aluminium aluminium alloys lead bronze copper brass zinc die cast zinc tin.
Ultrasonic wall thickness measurement operating principle ultrasound is a pressure wave with a frequency greater than the upper limit of human hearing approximately 20 khz.
Laser ultrasonics uses lasers to generate and detect ultrasonic waves.
Direct benefits realized through these measurements include.
Thickness is the simplest measurement done with laser sensors.
The laser projects a beam of light onto a surface which is then reflected back.
The basic components of a laser ultrasonic system are a generation laser a detection laser and a detector.
The ultra compact ar100 comes with ranges from 10mm 0 4 in to 500mm 19 7 in with a single case size.
The controller provides an editable expandable materials database.
It is a non contact technique used to measure materials thickness detect flaws and carry out materials characterization.
It can take 9 400 measurements per second and has a linearity of 0 05 of the full measurement range for most models.
A fan shaped laser beam is directed onto a high resolution ccd line.
The eddy current principle enables the non destructive coating thickness measurement on non magnetic metal substrates eg.
Thickness measurement with laser.
The measuring principle of the sikora laser series 2000 and laser series 6000 is based on diffraction analysis.
The confocal chromatic measuring principle enables thickness measurements of transparent materials such as glass.
The ar100 is one of the smallest laser measurement sensors in the world.
The eddy current principle is used in models marked with n or fn n non ferrous e g.
A cmos array detects the position of the returned beam and is converted into a distance measurement.
Reporting using the latest in laser triangulation technology.
When deciding the best way to measure thickness it is important to consider factors such as the material target and type of measurement range accuracy speed.
Besides measuring the diameter of a round product laser based measuring devices can also be used for measuring a wall thickness.
Laserlinc uses ultrasonic frequencies from 2 25 mhz to 50 mhz.
The agt800 laser pipe pole measuring system is designed for measuring wall thickness.
The laser thickness gauge with high response and high measurement resolution provides thickness measurement of the overall length including the top edge of the steel plate being conveyed.
