Ophir Photonics Group, the global leader in precision laser measurement equipment, announced a BeamTrack 3A-QUAD, the first high sensitivity thermal […]
By Dick Rieley, Sales Manager, Mid Atlantic and Southeast Regions, Ophir-Spiricon LLC The selection of a sensor to accurately measure
Laser Power / Energy Sensor: How to properly select your sensor Read Post »
High power short pulse lasers (<100micro seconds duration) are increasing in average power and beam size and there is a
How to Measure Short Pulse High Power Lasers Read Post »
The Jeans industry is one of the largest industries in the clothing and fashion world, producing over 50 billion dollars
The Good Old Blue Jeans with a New Laser Touch Read Post »
Ophir Photonics offers both a beam profiler and a power sensor for Terahertz wavelength radiation. To learn more about Terahertz
Measurement tools for Terahertz (THz) technology Read Post »
A short wavelength excimer laser, which produces light in the ultra violet spectrum, has unique characteristics that set it apart
Power and Energy measurement with the 193nm excimer laser Read Post »
Take a minute to understand how useful Ophir’s new Beam Track sensor really is. The Beam Track sensor indicates beam
The new Ophir BeamTrack sensor- You won’t believe how useful it is! Read Post »
So you acquired a brand new laser power sensor, is there anything else you should know to ensure high accuracy
Factors that can impact the accuracy of the laser power measurements Read Post »
[:en]It is getting increasingly clear to people that if you are using a laser for some process, in order to keep that process consistent, the laser output also has to be consistent.[:]
The easy way to measure the important things about your laser Read Post »
Italian Occupational Safety researchers studied the exposure of workers to high intensity nonionizing radiation from proximity to hot bodies in order to determine if the exposure is harmful or not.
Modelling Infrared Radiation Exposure by Black body-Like Sources Read Post »
High power laser power meters are calibrated using relatively low power lasers (~120W CO2 and~200W YAG ). Using such a
The three basic technologies of laser power/energy measuring have not changed over the last 10 years.
They are:
1. Thermopile detectors
2. Photodiode detectors
3. Pyroelectric detector
Laser power/energy measurement today Read Post »
