How Recalibration Ensures Accurate Laser Power Measurement
If you use a laser in your company for any significant purpose, you probably already know about the importance of […]
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Blog type: Blog post
MKS Announces Ophir® Large Aperture Laser Power/Energy Sensor for Pulsed Lasers
MKS has announced the Ophir® L2000W-PF-120 Laser Power/Energy Sensor, a water-cooled sensor for measuring large pulsed lasers.
MKS Announces Ophir® Large Aperture Laser Power/Energy Sensor for Pulsed Lasers Read Post »
Video: A New Virtual Laser Power Meter – On Your PC!
Virtual laser power meter – From sensor to interface to PC – no power source needed
Video: A New Virtual Laser Power Meter – On Your PC! Read Post »
Choose the Right Optical Elements & Suitable Sensors for Your Laser System With Ophir Laser Peak Power Calculator
Ophir’s Laser peak power calculator can provide a good estimation for the peak power and peak power density of a pulsed laser. These estimates can be very useful when choosing the right optical elements and suitable sensors for your system without the need to fully characterize the laser pulses.
Highly Versatile Laser Power Meter Setup
The Centauri power meter has the best of both worlds. It’s not a full PC of course, but has nearly the same feature set as our StarLab software, with a large, 7” touch screen.
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Laser Welding for Electric Vehicle Production: How to Maintain Quality
As electric vehicles enter the mass market, productions lines need to as efficient as possible. In order to assure quality in the automated process, it is essential to measure the laser source of the welder regularly.
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Video: BeamSquared Auto ISO Measurement Feature
The next video describes the BeamSquared software Auto ISO measurement feature
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How Accurate are Ophir Photodiode Sensors Really?
For years, Ophir Photodiode sensors have been listed at an accuracy of mostly ±3%. But what is the real accuracy?
How Accurate are Ophir Photodiode Sensors Really? Read Post »
MKS Announces Ophir® 16K-W High Power Laser Sensor Featuring Fast Response Time and High Damage Threshold
Ophir® 16K-W High Power Laser Sensor – A compact sensor for measuring very high power lasers
“Additional Error with Frequency” – What is that?
“Additional error with frequency”. What does it mean? Why does it happen? Read all about that in this week’s blog post:
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Measuring Extremely High Power Lasers (up to 120 kW)
Jim purchased a very high power laser. After a few years he noticed something was wrong with the laser and had to halt his entire production line while he waited for the necessary repair. Read more:
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IPL Energy Measurement: How Ophir Maintains Accuracy of its Sensors
Ophir has two sensors specially made to handle IPL energy measurement. These sensors make it much easier to keep the IPL systems in check, but how can you be sure that the sensors themselves are accurate?
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