CMOS 280nm ~1100nm Laser Beam Analyzer BA1023 USB 1920x1200 Real-Time Monitoring

JINSP Beam Profilers are primarily engineered and developed to serve a variety of essential functions in the realm of laser and light beam analysis.

These include:

• Measuring: The precise dimensions and characteristics of the light spot, which is crucial for optimizing the utilization of recycled metal resources and thereby enhancing the overall value and quality of the recycled metals.
• Marking: The exact position of the light spot, which aids in ensuring the quality of incoming raw materials and outgoing metal products by providing accurate reference points for further processing and quality control.
• Comparing: The variations and changes in the light spot over time or under different conditions, which is essential for maintaining consistency and quality in manufacturing processes.
• Real-time monitoring: Continuous observation and analysis of the light beam to provide immediate feedback and data, which is vital for maintaining optimal performance and making timely adjustments in industrial applications.

These beam profilers are indispensable tools for industries that rely on precise laser and light beam measurements, offering comprehensive solutions for quality control, process improvement, and real-time monitoring.

• Support Windows 10(64bit)and Linux(Ubuntu X86)operating systems
• Support exposure, gain, and resolution control of the camera
• Real-time pseudo-color 2D &3D display of spots, Gaussian & Supper-Gaussian curve display of long and short axes
• Measure parameters such as the long and short axes, ellipticity, and rotation angle of the spot
• Supports special functions such as real-time comparison of dual light spots, background cropping, and light intensity camera
• Record and export parameters

• Beam quality measurement (a critical parameter of lasers, essential in various optical fields including scientific research and industry)
• Used for optical research, laser system research, laser detection research, and other scientific research areas for light energy distribution detection (for researchers in research institutions)
• Real-time monitoring of light spots during the processing process (for laser equipment manufacturers)
• Light intensity distribution monitoring (with imaging lenses), equivalent to a light intensity camera (used in scientific research and industrial fields)
• Other specific applications (corresponding to instrument manufacturing enterprises)

For example: In medical applications, particularly in some ophthalmic applications, excimer laser beams utilize a non-thermal mechanism based on the physical properties of short-wave ultraviolet radiation to cut tissue, requiring precise knowledge of the beam size and divergence angle.