Two laser welding systems can produce dramatically different weld quality even when both pass daily power checks. The answer often lies not in laser power, but in power density and beam characteristics.
Why Laser Welders with the Same Power Produce Different Results Read Post »
In high-power laser processing, source power alone does not determine results. Beam size, focus position, and energy distribution all affect the real power density at the workpiece, making measurement essential for process consistency.
Why Power Density Matters in High-Power Laser Processing 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 in-process and at-process monitoring methods for improving laser performance, reliability, and efficiency in manufacturing.
In-Process vs. At-Process Monitoring in Industrial Laser Processing Read Post »
Products to measure the performance of lasers were first employed by sophisticated laser users who had a strong understanding of
Manufacturing Trends Drive Advancements in Laser Beam Measurement Technology Read Post »
Given the pace at which technology advances, there always seems to be a learning curve. With the abundance of consumer
Laser Measurement Systems: Best Practices Read Post »
High‑power directed energy laser systems introduce unique beam management challenges, where controlling stray energy is critical for safety and system performance.
Changes in technology are continually improving the face of manufacturing. The collection of data on a process is becoming less
How Often Should Output Power on High-Powered Production Lasers Be Checked? Read Post »
Recently, I had the opportunity to perform a product demonstration for a prospect. I’d been in field sales for Ophir
Things to Remember When Setting Up Laser Measurement Equipment for the First Time Read Post »
