Basic Beam Analyzer

Product Description:

The system exhibits strong universality and delivers excellent performance in laser detection within the long-wave infrared spectrum. Equipped with highly sensitive cameras featuring integrated shutters capable of fully automatic non-uniformity correction, this series offers comprehensive laser measurement capabilities when paired with our proprietary LasescopeNX software. The solution enables real-time beam monitoring, including measurement of laser spot size, centroid position, ellipticity, relative power, beam pointing stability, power stability, 2D/3D energy distribution, and divergence angle. It supports simultaneous multi-spot measurement and provides data export functionality for both measurement results and comprehensive reports, effectively addressing routine laser parameter measurement requirements across various application scenarios. The integrated system combines advanced detection performance with user-friendly operation for complete laser characterization needs.

Product Features:

• Standard equipped with mounting base: Compact structure for convenient operation

• Supports manual/automatic real-time exposure and gain adjustment

• Compatible with various types of lasers

• Broad spectral response (340nm~1150nm), extendable to UV detection

• Smaller pixel size: Down to 1.67μm

• Optional interface types: High-speed USB3.0/GigE (varies by product)

• Powerful software with excellent cost-performance ratio

Application Scenarios:

Beam quality analyzers find wide applications across multiple fields including laser processing, optical communications, biomedical applications, and optical imaging.

In laser processing (cutting, welding, etc.), they enable real-time beam quality monitoring to optimize processing parameters, improving precision and efficiency.

For optical communication systems, they evaluate beam quality in fiber optics and optical amplifiers to ensure transmission efficiency and signal quality.

In biomedical fields (optical tweezers, cell sorting, etc.), they facilitate laser beam shaping and adjustment for precise operations.

For optical imaging systems, they significantly impact resolution and contrast, serving applications like lens quality inspection and optical system calibration.