Beam Profiling 101: Intro to laser measurement
One of the most common questions Mark S. Szorik, Pacific Northwest Regional Sales Manager at Ophir Photonics is being asked, […]
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Tag: Beam Profiling
Reducing Production Waste with Laser Profiling and Characterization
A laser profiling system can characterize and identify which variables affect product quality and waste. Knowing and creating a process is stable, consistent, predictable, and capable goes a long way toward generating sustainable profit, waste minimization, and end customer satisfaction. Read how to do it here:
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Meet the Optical Vortex
Mark Ivker (Ophir’s Research Physicist) explains what would it take to fully characterize a general beam of light …
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Can a Simple Sensor Really Replace a Laser Beam Profiler?
So you need to profile your laser beam but are worried about the cost of a beam profiler? Or maybe
Can a Simple Sensor Really Replace a Laser Beam Profiler? Read Post »
Finding the center of the NanoScan
Finding the mechanical location of your laser beam can be important. Read how you can find a mechanical location of the center beam by using a NanoScan…
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A Leader’s tip: This is how Ophir Spiricon determines its products’ dynamic range
Get a quick lesson about how Ophir Spiricon, a global leader in precision infrared optics and photonics determines its products’ dynamic range properly.
A Leader’s tip: This is how Ophir Spiricon determines its products’ dynamic range Read Post »
Measure Laser Spot Size & Power Density
Check your additive manufacturing system spot size, power density, beam profile and more with one compact laser measurement solution: BeamCheck.
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Assuring Correct Metallurgy in Direct Laser Melting
Learn how BeamCheck™ can drastically improve your 3D Metal Printing performance
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Measuring Really Small Laser Beams (< 10 microns)
Profiling small laser beams and measuring the beam size (or mode field diameter) can be a serious challenge. But it’s critical to measure, especially in such applications as fiber optic coupling efficiency, defect scanning, optical design and optical fabrication process control. Here’s how we suggest you do it
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How to Profile Extremely Small Lasers: Two Ways
Lasers that are focused very small (< 10 μm) are challenging to profile. This is usually too small to be resolved
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Beam Profiling and Resizing of UV Lasers
Getting the beam size and profile of a UV laser is not trivial. The typical beam profiling solution of a
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University Research Team Faces Challenges of Measuring Multiple Lasers
Lasers used in labs must be measured. However, there are usually many constraints, even besides the obvious one (money):
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