Explore the 2026 Ophir Photonics catalog – featuring laser power, energy, and beam analysis solutions designed to simplify selection and address real‑world measurement challenges across industrial and advanced applications.
With more than 50 years of laser measurement experience, MKS Ophir® continues to support engineers and researchers working at the
Ophir Photonics Is Headed to SPIE Photonics West 2026 Read Post »
Reuven Silverman shares how laser measurement evolved in 2025 and what’s ahead for 2026, from ultra‑high‑power sensing to production‑grade beam profiling.
Shaping the Future of Laser Measurement: A Conversation with Reuven Silverman Read Post »
As we begin a new year, we want to thank our customers, partners, and colleagues around the world for being
Happy New Year from Ophir! Read Post »
Measure laser power above 100 kW with water‑cooled calorimetric sensors that safely absorb energy and calculate power via temperature and flow enabling accurate, low‑reflection measurements for ultra‑high‑power lasers.
Measuring Laser Power Above 100 kW? How Is It Done? Read Post »
Laser marking keeps evolving, but beam quality (M²) remains the key to sharper codes, higher fluence, and consistent mark readability in modern production.
At Ophir, our products are built on expertise, but also on people who are curious, dedicated, and deeply committed to
Meet the Team: Ran Abizmil, Senior Components Engineer Read Post »
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 »
