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Beam Analyzer Measurement Device: Your Ultimate Laser Light Show Tool

The Beam Analyzer is a revolutionary tool designed for professionals in the laser light show industry. With its ability to measure the beam specifications of laser light show projectors up to 100W with incredible accuracy, it stands out as an essential instrument for ensuring the highest quality performances. This device is not just a measuring tool; it's a 'lie detector' that helps you verify the correctness of your laser's beam specifications, ensuring that your show is as dazzling as possible.

Key Features and Specifications

The Beam Analyzer offers a comprehensive suite of features that make it the ideal choice for laser light show technicians. It allows for real-time measurement of key beam parameters, including beam divergence, alignment, power output, and lens collimating of laser sources. With a resolution of 0.01mrad, this device ensures precise and reliable measurements. Its software, available for free, enables you to perform all measurements and view the data from the Beam Analyzer, making it easy to analyze and improve your laser light shows. Here are some of the key features:

• Real-time measurement of beam divergence, alignment, power output, and lens collimating
• Resolution of 0.01mrad for precise measurements
• Free software for data analysis and measurements

Applications and Practical Uses

The Beam Analyzer is well-suited for a wide range of applications in the laser light show industry. It is particularly useful for measuring the divergence of laser beams for each color and simultaneously for all colors, laser power measurement, lens collimating of laser sources, and alignment of RGB laser beams. This device ensures that your laser light show projectors are delivering the best possible performance, whether you are producing a small-scale event or a large-scale spectacle. Here are some of the practical uses of the Beam Analyzer:

• Measuring divergence of laser beams for each color and simultaneously for all colors
• Laser power measurement
• Lens collimating of laser sources: minimal divergence
• Alignment of RGB laser beams