Changes in your sphere? Have No Fear!
Integrating spheres are very useful for collecting light to be measured. However it is very important to understand how integrating […]
Changes in your sphere? Have No Fear! Read Post »
Category: Laser Power Sensors
4 ways Ophir’s “LP2” laser sensors can help you beat measurement challenges
When you’re facing a difficult laser measurement problem, you want a solution in which you can have full confidence– so
4 ways Ophir’s “LP2” laser sensors can help you beat measurement challenges Read Post »
3 Ways to Measure Kilowatt Laser Power with no Water Cooling
It is highly important to measure your KW laser power.
However, the water cooling that such sensors need is causing headaches. How to avoid those? Read more…
3 Ways to Measure Kilowatt Laser Power with no Water Cooling Read Post »
Product Focus: Using Ophir’S BC20 to Evaluate Scanned Effects in Light Show Applications
Music concerts, nightclubs and theme parks, use laser sources to create colorful and vivid lighting effects. see how Ophir products allows for a better …
Product Focus: Using Ophir’S BC20 to Evaluate Scanned Effects in Light Show Applications Read Post »
How to choose the right sensor using the Ophir® Sensor Finder
Choosing the best laser sensor for a particular application can be quite overwhelming. The Ophir Sensor Finder does most of the thinking for you, and helps you choose the right sensor for your application. This video shows you how to use it:
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Technical Tip: How to select a power and energy meter – part 2
With lasers, more attention must be paid to the selection of the right sensor as different sensors perform different measurements. Selecting the wrong sensor can result in inability to measure well or can even destroy the sensor.
Technical Tip: How to select a power and energy meter – part 2 Read Post »
Technical Tip: How to select a power and energy meter – Part 1
With lasers, more attention must be paid to the selection of the right sensor as different sensors perform different measurements. Selecting the wrong sensor can result in inability to measure well or can even destroy the sensor.
Technical Tip: How to select a power and energy meter – Part 1 Read Post »
Measuring Laser Power Below the Noise Floor with a Lock-In Amplifier
Measuring optical signals in the femtowatt (10-15) to nanowatt (10-9) range can be very challenging. See how Lock-In Amplifiers can help make it possible.
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Keep Cool: Avoiding Sensor Drift
Mark Slutzki explains the difference between real life and theory and how it all connects to the way you can avoid Sensor Drift…
Keep Cool: Avoiding Sensor Drift Read Post »
Is Your CO₂ Laser Cutting Slowly?
It might be time to measure your laser power. Laser cutting speed is a function of the material type, thickness,
Is Your CO₂ Laser Cutting Slowly? Read Post »
What’s the Lowest Power I can Measure with My (Thermopile) Laser Power Detector?
It depends. And it doesn’t just depend on the type of sensor you have or the specs of that sensor.
What’s the Lowest Power I can Measure with My (Thermopile) Laser Power Detector? Read Post »
Integrating Spheres for Lighting and Laser Diode Measurement
An integrating sphere is a powerful tool to capture all the light of a widely divergent beam. The sphere scatters light uniformly over its whole interior.
Integrating Spheres for Lighting and Laser Diode Measurement Read Post »