Selecting the right instrument for industrial high‑power laser measurement is critical for stable cutting and welding processes. This article outlines key challenges and requirements, and introduces the Ophir IPM modular laser power sensor designed for harsh production environments.
Choosing the Right Instrument for Industrial High‑Power Laser Measurement Read Post »
Lasers play a critical role in heavy industry applications such as cutting and welding. This article explains why accurate laser measurement is essential for quality, safety, and efficiency.
Laser Measurement in Heavy Industry: Applications and Challenges Read Post »
High‑energy laser systems are reshaping modern defense, but their performance depends on precise measurement and control. This article explores how accurate laser measurement enables safe testing, evaluation, and scaling of HELS technologies.
The Role of Laser Measurement in Advancing High Energy/Power Laser Systems (HELS) Read Post »
Guidance on laser measurement best practices, including power density, beam characterization, and monitoring to maintain accurate and reliable system performance.
Laser Measurement Systems: Best Practices for Accurate and Reliable Results Read Post »
Explore how in‑chamber laser measurement enables consistent additive manufacturing results without downtime for cooldown.
Laser Measurement in Additive Manufacturing: Consistent Results without Cooldown Read Post »
Not sure where to start with laser measurement? This on‑demand webinar covers the fundamentals of measuring laser power, energy, and beam parameters.
Webinar On-Demand: Measuring My Laser… Where Do I Start? Read Post »
Discover Ophir’s PD300R‑UV‑193 and PD10‑C‑193 sensors engineered for accurate UV laser power and pulse energy measurement (193–400 nm), with durable, UV‑hardened design for reliable testing.
Introducing The New UV Sensors: PD300R-UV-193 and PD10-C-193 Read Post »
Measuring high‑power lasers accurately is not trivial. This article explores common challenges in high‑power laser measurement and shares practical solutions to prevent sensor damage and maintain reliable results.
High Power Laser Measurement: Challenges and Solutions Read Post »
Explore the rise of high‑power laser weapons and the critical role of precise measurement in ensuring beam stability, safety, and performance in modern directed energy defense systems.
Accurate laser power measurement is critical in advanced packaging to control HAZ, ensure process stability, and improve yield in microelectronics manufacturing.
Ensuring Precision in Advanced Packaging with Ophir Laser Power Meters Read Post »
We’re happy to feature Julia in our Meet the Team series! Starting as an assembler back in 2008, Julia worked
Meet the Team: Julia Zyatitski, Manufacturing Supervisor at Ophir Photonics Read Post »
Discover the Ophir 20K‑W‑BB‑55 laser power sensor delivering precise, stable measurement up to 20 kW with fast response, high damage threshold, and advanced safety for demanding industrial laser applications.
Power Meets Precision: The 20K-W-BB-55 High Power Laser Sensor Read Post »
