Meet the Team: Oren Ashkenazi Shares How He Went from Archaeology to Manufacturing Management at Ophir
Meet Oren Ashkenazi! At Ophir, he navigates production challenges and builds a family-like culture. See how his passion for archaeology […]
Meet Oren Ashkenazi! At Ophir, he navigates production challenges and builds a family-like culture. See how his passion for archaeology […]
Track large, divergent laser beams with Ophir WB‑I. This wide beam imager enables accurate size and power distribution analysis in SWIR (900–1700 nm), beyond standard beam profiler limits.
Watch: Product Overview – Wide Beam Imager [WB-I] Read Post »
Comparison of AutoX vs UltraCal for laser beam analysis, focusing on background subtraction methods and when each approach is appropriate.
AutoX vs. UltraCal: Which Tool Should You Use for Laser Beam Analysis? Read Post »
The landscape of high-power laser technology is rapidly evolving, driven by innovations in wavelengths and beam shaping techniques. In response
Unlocking Precision: Beam Width Measurement Methods in BeamWatch Read Post »
Discover how MKS Ophir’s latest advancements, including the BW-NIR-130 and BWPLUS-45 models, are setting new benchmarks in laser measurement tec…
BeamWatch Enhancements: Discover the Evolution in the BW-NIR-130 and BWPLUS-45 Models Read Post »
Discover how BeamSquared’s Auto ISO feature revolutionizes laser beam measurement by automating ISO-compliant M² assessments, enhancing safety, ensuring strict adherence
Simplifying Beam Measurement: The Auto ISO Feature in BeamSquared Read Post »
In the ever-evolving landscape of photonics, the demand for efficient and reliable measurement solutions continues to soar. Ophir is proud
Meet the SP203P: A Cost-Effective Solution for SWIR Emission Measurement Read Post »
Discover the latest in laser measurement technology as we introduce the MKS Ophir BeamSquared analyzer, now enhanced with the cutting-edge
Sharper Insights: CMOS Cameras Enhance BeamSquared Read Post »
Selecting the right beam profiler is crucial for optimizing laser performance and ensuring accurate measurements. You have lots of choices
How to Choose a Beam Profiler Read Post »
Sensor: “A device that detects or measures a physical property and records, indicates, or otherwise responds to it.” A sensor
Pyroelectric technology is used in cameras and arrays for laser beam diagnostics of nearly all IR and UV laser wavelengths,
Harnessing Heat: Pyroelectric Technology Read Post »
Camera-based profilers excel in capturing and evaluating beam profiles, including details like beam shape, size, intensity distribution, and divergence. And
Focus on Clarity: Mastering Precision with Camera-Based Profilers Read Post »