Bloom Lasers uses Ophir BeamSquared beam propagation analyzers to verify M², astigmatism, asymmetry, and beam consistency throughout laser production. See how fast, repeatable measurements support quality control for demanding micromachining applications.
When two qualified laser welding systems produced different results, beam profiling revealed a critical difference hidden behind similar power measurements.
Using Beam Profiling to Diagnose Laser Welding Inconsistencies Read Post »
Discover how adjustable ring/core laser beams distribute energy between the core and surrounding ring and how BeamGage Ring-Core helps measure, align, and evaluate these profiles for laser welding and additive manufacturing.
Shape the Beam. Control the Process. Read Post »
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 »
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 »
Beam profiling across multiple laser power levels is critical in metal additive manufacturing to detect beam changes early, improve melt pool consistency, and prevent costly build failures.
The Ophir SP301Q CQD beam profiler enables cost-effective, high-sensitivity laser beam analysis from visible to SWIR (400–1700 nm), delivering accurate profiling without InGaAs limitations.
Introducing the Ophir® SP301Q CQD Beam Profiler Read Post »
Ophir Ring/Core BeamGage enables precise characterization of ring-core laser beams, improving process control, energy distribution, and weld quality in additive manufacturing and laser welding.
Meet the Ophir SP403P SWIR beam profiler – delivering practical, cost-effective large-area beam analysis, with reliable visualization, alignment, and measurement in lab and field.
Meet the Ophir SP403P, SWIR Beam Profiler 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 »
See how BeamSquared Pro enables precise laser beam propagation measurement and reliable M² analysis for advanced photonics applications.
Introducing the BeamSquared® Pro Video: Precision in Laser Beam Measurement Read Post »
Guide to BeamWatch laser beam profilers, explaining non-contact measurement and how to select the right system for welding and 3D printing.
From Welding to 3D Printing: Choosing the Right BeamWatch® Profiler for Your Laser Read Post »
