Why Beam Profiling at Multiple Power Levels Can Make or Break an Additive Manufacturing Build
In metal additive manufacturing, the laser does far more than simply melt powder. It directly influences part density, mechanical strength, […]
Beam Profiling
Introducing the Ophir® SP301Q CQD Beam Profiler
Cost-Effective, High-Performance Beam Characterization from Visible to SWIR Accurate laser beam characterization is essential across a growing range o…
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Introducing Ring/Core BeamGage: Characterizing Ring/Core Laser Beams for Welding & Additive Manufacturing
The Measurement Challenge Behind Modern Beam Shaping As advanced laser technologies continue to influence industrial welding and additive manufacturin…
Meet the Ophir SP403P, SWIR Beam Profiler
A Practical SWIR Beam Profiler for Large-Area Laser Diagnostics Measuring shortwave infrared (SWIR) laser beams in real-world environments has long
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Introducing the BeamSquared® Pro Video: Precision in Laser Beam Measurement
We are pleased to share our latest video, which presents the capabilities of BeamSquared® Pro for laser beam propagation analysis.
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From Welding to 3D Printing: Choosing the Right BeamWatch® Profiler for Your Laser
Laser beam profiling is essential for maintaining consistent laser performance, optimizing industrial processes like welding and additive manufacturin…
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Laser Technologies in PCB Manufacturing: Evolution, Applications, and Diagnostics
Introduction: The Evolution of PCB Drilling The evolution of PCB drilling technology has progressed significantly over the decades, beginning with
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Decoding Camera-Based Laser Beam Profilers
Camera-based laser beam profilers are a low-cost and simple way to view a slice of your laser. By placing the
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In-Process vs. At-Process Monitoring in Industrial Laser Processing
In-Process vs. At-Process Monitoring: Which approach is best for laser performance? As Industry 4.0 reshapes manufacturing, understanding these methods can
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Focus on Clarity: Mastering Precision with Camera-Based Profilers
Camera-based profilers excel in capturing and evaluating beam profiles, including details like beam shape, size, intensity distribution, and divergence. And
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