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Laser power and energy management products that deliver accurate, ISO/IEC 17025 certified measurements and measure spatial intensity distribution and beam size.

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Measure laser pulse energy over a huge range of wavelengths, repetition rates, pulse energies, and beam diameters with Coherent Laser Energy Sensors.

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Our product literature usually gives you a starting point for making that determination. We often provide a damage threshold number that applies to a specific wavelength and laser pulse length or average power. But, because of the large operating range of our sensors, it’s quite possible that you’ll use the device under very different conditions than this one value. And there’s simply no way for us to provide you comprehensive information on damage threshold in a single graphic or static table.

Browse our huge selection of laser power and energy measurement sensors and meters. And choose with confidence by using the online damage threshold calculator.

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Measure laser power and energy with ease and precision over a huge range of wavelengths, power levels, and pulse energies with Coherent Laser Power and Energy Meters.

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Coherent is unable to warrant products for laser damage. These results serve as a general guideline when choosing a coating. There are many additional variables that can affect a coating resistance to laser damage, and customers are advised to carefully evaluate the actual laser conditions to ensure damage will not occur before use.

Use our damage threshold calculator to input your laser parameters, calculate the power and energy densities, and compare damage limits of different sensor coatings.

Make accurate laser power measurements, from the deep UV to the infrared, with calibrated, traceable laser power sensors from Coherent.

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Coherent makes nearly 200 different sensors for measuring laser power and energy over an enormous operating range – average powers from nanowatts to multi-kW, pulse energies from nanojoules to over 10 Joules, and wavelengths from the deep UV to the far IR. The first step in getting accurate measurements with these precision tools is picking the right sensor and coating for your task. Next, it’s important to understand the operational limits of the device to avoid damaging it in use.

But now there’s a better way. Our new online laser damage threshold calculator gives you a quick, easy way to identify the safe operating limits for your particular sensor under your exact operating conditions. You just select your sensor type and then fill in the relevant beam parameters, like pulse energy, average power, beam diameter, and so on. The calculator immediately displays a go/no indication, plus the percentage of the damage threshold for those input values. You can also easily cycle through all the coating options to see which ones will work best. In each case, the calculator tells you how much headroom you’ve got to work with and allows you to see if making slight changes, like increasing beam diameter, are needed to get back into the safe operating range.

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Figure 2: An example of the same 10W calculation showing the measurement is in the safe zone when the beam is increased to 1 mm diameter.