Micro-Focus Beam Profiler

Product Description:

The Micro-Focus Beam Profiler is a specialized series designed for measuring micro-focus spots and deep ultraviolet micro-focus applications. This product line delivers exceptional measurement performance when integrated with our proprietary LasescopeNX software, enabling comprehensive real-time beam monitoring capabilities including: laser spot size measurement, centroid positioning, ellipticity analysis, relative power measurement, beam pointing stability assessment, power stability evaluation, 2D/3D energy distribution profiling, and divergence angle measurement.

The system supports simultaneous multi-spot measurement and features data export functionality for both measurement results and comprehensive reports, addressing diverse laser measurement requirements across research and industrial applications. With its advanced optical design optimized for micro-focus characterization, this solution provides precise metrology for demanding photonic applications in semiconductor inspection, precision machining, and advanced optical system development.

Product Features

• Compact structure and easy to use

• Compatible with various types of lasers

• Multi-band measurement capability with extended deep UV detection

• Minimum focus spot size: 1μm | Minimum resolution: 0.125μm

• High-speed USB3.0 interface

• Powerful software with excellent cost-performance ratio

Application Fields

Beam quality analyzers are widely used in laser processing, optical communications, biomedical applications, and optical imaging.

Laser Processing: Enables real-time beam quality monitoring during laser cutting, welding and other processes to optimize parameters and improve processing accuracy and efficiency.

Optical Communications: Evaluates beam quality of optical fibers, amplifiers and other components in fiber optic communication systems to ensure transmission efficiency and signal quality.

Biomedical: Used for laser beam shaping and adjustment in optical tweezers, cell sorting and other medical/biotech applications to achieve precise operations.

Optical Imaging: Significantly impacts resolution and contrast of imaging systems, applicable for lens quality inspection and optical system calibration.