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Photodiode

Measure as low as a few picowatts in power thanks to our highly sensitive sensors and performant electronics with our photodiode-based laser power meters.

Photodiode

Measure as low as a few picowatts in power thanks to our highly sensitive sensors and performant electronics with our photodiode-based laser power detectors.

Photodiode

Discover Gentec-EO's photodiode-based energy detectors for the highest measurement accuracy possible from nanojoules to several tens of joules per pulse.

Laser energy meter

High-accuracy laser beam energy measurement with Gentec-EO's energy meters. Our technology measures from femtojoules to thousands of joule. Customization available for all products.

Energy

Portable

Need a compact solution to measure your laser energy? Discover our portable solutions for accurate readings up to 350 J/pulse.

USB

Measure laser energy directly on your computer thanks to our free proprietary software and one of our USB or RS-232 connectivity measurement systems.

Integrating sphere

Discover Gentec-EO's integrating sphere energy detectors for the highest measurement accuracy possible from nanojoules to several tens of joules per pulse.

Pyroelectric

Discover Gentec-EO's energy detector for the highest measurement accuracy possible. Measure from nanojoules to several tens of joules per pulse.

Detectors

The largest selection of calibrated laser energy meter heads for measurement from nanojoules to several tens of joules per pulse. Discover the state-of-the-art technologies in our sensors.

Laser power energy meter calibration

At Gentec-EO, we work with the highest calibration standard on the market for your laser power and energy meters. Learn more about how we do that.

QED Attenuators

The QED attenuators increase the energy, energy density, average power and average power density capabilities of the QE Series detectors.

Products

Browse all Gentec-EO's laser beam and terahertz power measurement products.

Displays and PC interfaces

Read and monitor your laser energy with Gentec-EO's display devices and PC interfaces. Our technology measures from nanojoules to several tens of joules per pulse.

Laser beam measurement

Use our products to measure your laser power and energy accurately, as well as characterize your beam. Gentec-EO's offer the largest range of beam measurement instruments.

Detectors

Discover Gentec-EO's pyroelectric THz detector product offering. We are expert in laser beam measurement.

Detectors

The largest selection of calibrated laser power meter heads for measurement of all power from 0.3nW up to 100,000W. Discover the state-of-the-art technologies in our sensors.

Pyroelectric

Our pyroelectric laser power meters cover a wide range going from the nanowatts to multi-kilowatts. They offer the highest damage thresholds you can find in their category,

Water calorimeter

Discover our water calorimeters for high power laser beam measurement with the highest measurement accuracy on the market.

Thermal

Our thermopile laser power meters cover a wide range going from the nanowatts to multi-kilowatts. They offer the highest damage thresholds you can find in their category,

High power

The largest selection of calibrated laser power meters and detectors for high power laser. Measure up to 100,000W with our solutions.

Low power

The largest selection of calibrated low-power laser power meters and detectors. Measure as low as 0.3nW with our solutions.

Nd:YAG

The largest selection of calibrated laser power meters and detectors for Nd:YAG laser systems. Request a quote today.

CO2

The largest selection of calibrated laser power meters and detectors for CO2 laser. Request a quote today.

Discrete pyroelectric sensors

Discover our discrete pyroelectric-based thermal detectors for laser beam measurement. They are ideal for pulsed laser applications.

Lidar measurement products

Current autonomous vehicles use LIDAR (Light Detection and Ranging) as a key control and navigation element. This system scans the surroundings by firing pulses, at a high rep rate, from a laser diode and record the reflected light to build up a point-cloud map of the surroundings.