Meet Ronit Abdoo and learn how she combines technical communication, B2B marketing, analytics, and storytelling to support the photonics industry.
Meet Ronit Abdoo: Connecting Technology, People, and Stories at Ophir Read Post »
Understand laser power and energy measurement fundamentals, including pulse energy, peak power, energy density, power density, damage thresholds, and sensor selection considerations.
Understanding Laser Power, Energy, and Why Measurement Matters Read Post »
Need to send your Ophir laser measurement device for calibration or repair? This guide explains why annual calibration matters, how to start the RMA process, where your device may be serviced, and what to expect before shipping it.
How to Calibrate or Repair Your Ophir Laser Measurement Device Read Post »
Ophir laser measurement history interview with Ephraim Greenfield, covering detector reliability, power meter development, and evolving measurement challenges.
50 Years of Ophir: A Conversation with Co-Founder Ephraim Greenfield Read Post »
Meet Mark Ivker, Manager, Systems Design Engineering at Ophir, whose lifelong curiosity about light and physics has shaped his work in laser beam profiling, from early R&D mentorship to new BeamWatch developments and a constant drive to keep learning.
Meet Mark Ivker, Manager, Systems Design Engineering at Ophir Read Post »
Power from Pulse™ enables accurate short-burst high-power laser measurement by calculating average power from measured energy and exposure time. The technique helps reduce sensor heating, supports short measurement windows, and accounts for laser rise-time effects in demanding high-power applications.
Power from Pulse™: A New Standard for Measuring Short-Burst High-Power Lasers Read Post »
When low-power laser measurements vary between ranges, the problem may not be the sensor or meter. In this case study, a raster-scanned beam created a low-frequency pulsing signal that interfered with standard power measurement. Here’s how Low Frequency Power mode helped provide stable, accurate results.
Case Study: Solving Inconsistent Low-Power Laser Measurements from a Pulsing Beam Read Post »
For 50 years, Ophir’s success has been shaped by more than innovation alone. This article explores the values behind Ophir’s laser measurement legacy: listening closely to customers, committing to precision, encouraging openness, and building long-term trust through reliable performance and honest communication.
What Shaped 50 Years of Ophir: Listening, Precision, and Trust Read Post »
Ophir is extending its commitment to reliability with a new 2-year warranty on selected laser power and energy measurement products. Learn what’s changing, what’s covered, and how this update provides greater confidence, long-term value, and peace of mind for customers.
Introducing Ophir’s New 2-Year Warranty Read Post »
Modern industrial and directed energy laser systems require reliable measurement at extremely high power levels. See how the Ophir 70K-W sensor enables continuous measurement up to 70 kW and short-exposure measurement up to 100 kW.
Measuring Ultra-High Laser Power Up to 100 kW with the Ophir 70K-W Sensor Read Post »
At Ophir, engineering is not only about precision. It is also about curiosity, problem-solving, and the people who help turn
Pyrocam IV helps defense teams profile challenging laser sources across UV and long-wave IR wavelengths, supporting beam visualization, alignment, and verification during development and integration.
Pyrocam IV: Pyroelectric Beam Profiling for Defense Laser Systems Read Post »
