OEM Laser Energy Sensors
The beauty of integrating an OEM sensor into your laser system is you get to call the shots. What matters […]
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Category: Laser Power & Energy Measurement
There’s Now a Standard Sensor for Terahertz Laser Measurement
When you think of electromagnetic radiation, what pops into your head? X-Rays? Radio waves? Microwaves? Or maybe just plain old
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Extending the Power Range of a Photodiode Laser Sensor
If you want to measure low laser power, you’ll likely use a photodiode sensor. Now imagine your laser varies in
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A Photodiode Laser Sensor for Every Wavelength
If you are measuring very low powers, you’ll want a photodiode power sensor. These come in various models, with physically
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Measuring Very High Power Laser Beams: Challenges and Solutions
Laser beams with powers of many tens of Kilowatts are becoming more and more common in today’s applications, industrial as
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Laser Power Meter and Sensor Compatibility
Ophir laser power sensors have a smart head which allows for complete plug-and-play, where any sensor works with any meter.
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Wavelength Guide for Thermal Laser Power Sensors
Thermal laser power sensors have various coatings used to absorb the laser heat. Each coating has its own absorption per
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How to Measure Laser Exposure
Usually, laser measurement focuses on power or energy, (or both). In some cases, however, the total energy exposure needs to
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Long Distance Between Sensor and Meter
Sometimes you may need a longer-than-standard distance between your laser power/energy meter and your sensor. In this video, you will
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How to Use a Water-Cooled Laser Power Sensor
Thermal laser sensors for high powers are usually water-cooled. Ophir has water-cooled sensors for powers from 250 W to 100
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How to control an Ophir meter from within your own external software
Systems integrators often need to control an Ophir instrument from within their own system. In this video, you will learn
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Laser Peak Power and Average Power: What’s the Difference?
Understand the difference between peak and average laser power and learn how these values impact sensor selection and safe, accurate laser measurement.
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