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 »
In the ever-evolving field of laser and optical equipment, precision and reliability are paramount. At Ophir Photonics, we are proud
Introducing The New UV Sensors: PD300R-UV-193 and PD10-C-193 Read Post »
Power‑from‑Pulse enables fast, accurate measurement of ultra‑high‑power laser bursts when traditional continuous‑wave methods fall short.
Measuring Ultra High-Power Laser Pulses: Why Power from Pulse Matters Read Post »
Accurately measuring the power output of ultra-high-power lasers is critical, but not always straightforward. This is especially true for lasers
The New ‘Power from Pulse’ Capability Supercharges the 70K-W Sensor Read Post »
At Ophir, we understand that not all the target customers of Ariel power meters are the same. Some facilities enforce
Introducing Ariel-USB: A New Option for Wireless-Restricted Environments Read Post »
Precision laser measurement is crucial in Li-Ion battery production, and the Helios Pro is here to meet that challenge. Built
Meeting Market Needs in Li-Ion Battery Production with the Helios Pro Read Post »
How Applied Materials Monitor their UVision 8 Wafer Inspection Components
Case Study: How Applied Materials Monitor Their UVision 8 Wafer Inspection Components Read Post »
Typical laser power or energy measurement requires a dedicated sensor to handle the laser power/energy and convert it into an
Juno-RS :A New Virtual Laser Power Meter Read Post »
In industrial applications such as additive manufacturing, welding, and cutting, you of course want to keep yields and efficiency high
