Description

Unlock precision and efficiency in your laser applications with our Visible-Near Infrared  VIS-NIR Laser Beam Profiler, catering to lasers in the spectral range of 300nm to 1,100nm. This tool’s compact design and powerful capabilities make it an indispensable asset for a wide array of applications. With an extensive selection of sensors available at competitive prices, we invite you to share your laser details with us. We are committed to recommending the most suitable option tailored to your needs.

Compact Design for Seamless Integration:

Sensor Options: Offering sensors up to 20mm x 20mm, with resolutions reaching 20MP, we cater to broader beams with alternative solutions available upon request.

Rapid Response: Achieves frame rates in the tens of Hz for full-screen analysis and significantly higher for reduced regions of interest (ROI).

Sleek Dimensions: Our profiler boasts dimensions of 60mm x 60mm x 90mm, ensuring it integrates smoothly into various setups without sacrificing space or functionality.

High Dynamic Range: Features a 16-bit resolution depth for capturing the subtle nuances of beam intensity.

Dependable Power Supply: Comes with a robust power supply unit, guaranteeing steady performance and straightforward integration into your existing frameworks.

Key Features at a Glance:

Optimized for the Visible-NIR Spectrum: Specifically designed for the 300 nm to 1,100 nm range, perfect for diverse laser applications.

Advanced Beam Analysis: Supports beams up to 20mm in diameter in free space, with options for larger beams through additional optical arrangements—contact us for more information.

Exceptional Dynamic Range: The 16-bit dynamic range provides detailed insight into intensity variations.

High-Speed Frame Rate: Offers maximum frame rates in the tens of Hz for full frames, with even higher rates for minimized ROI.

Accurate Triggering: Enables synchronized measurements to capture data at the precise moment.

Unmatched Resolution: Delivers pixel sizes between 2µm and 20µm, with resolutions up to 20MP.

Example Usages:

The Visible-Near Infrared Laser Beam Profiler is versatile, finding applications in fields ranging from biomedical imaging, where precise skin penetration is crucial, to material processing and analysis, where detailed surface characterizations are essential. It’s also pivotal in photovoltaics for solar cell inspection, ensuring optimal energy conversion efficiency, and in forensic science for analyzing materials and substances with unmatched precision. This profiler is a key tool for researchers and professionals who require accurate laser profiling within the visible to near-infrared spectrum.

 

Advanced Real-Time Laser Beam Analysis:

Our profiler isn’t just about measuring; it’s about enhancing your laser application’s precision in real time. The dedicated application software performs comprehensive analysis within the Region of Interest (ROI), delivering critical beam properties instantly:

 

• Beam Center: Precisely calculates the X and Y positions of the beam’s center, allowing for accurate alignment and positioning.
• Beam Width: Measures the major and minor ellipse axes, providing detailed information on beam spread and focus.
• Azimuth Angle: Determines the orientation of the beam ellipse, essential for applications requiring precise directional control.
• Ellipticity: Calculates the beam’s ellipticity, offering insights into beam shape and quality.
• Beam Size: Comprehensive measurement of the beam’s overall dimensions for thorough analysis.
• ROI Size: Customizable ROI size selection for focused analysis on areas of interest.

 

Example usages: 

The spectral range of 300nm to 1,100nm encompasses a wide array of lasers, each with unique applications across scientific research, industrial processes, medical treatments, and technological development. Understanding these lasers’ wavelengths and applications can help engineers and scientists recognize the need for precise beam profiling using a VIS-NIR beam profiler, like those offered by IZAK Scientific. Here’s a closer look at several lasers within this range and their applications:

 

UV Lasers (300nm – 400nm)

Wavelengths: Typically around 355nm.

Applications: UV lasers are crucial in photolithography for semiconductor manufacturing, enabling the production of microscale and nanoscale electronic components. They are also used in material processing for marking, engraving, and cutting with minimal thermal damage, making them ideal for precision manufacturing of sensitive components.

Beam Profiling Needs: Precise control over the beam’s shape and size is essential in these applications to ensure accuracy and prevent damage to the materials being processed. A VIS-NIR beam profiler can help optimize the laser’s performance for these critical tasks.

Visible Lasers (400nm – 700nm)

Wavelengths: Common wavelengths include 532nm (green), 633nm (red), and 488nm (blue).

Applications: Visible lasers find applications in spectroscopy, flow cytometry, and confocal microscopy, providing valuable analytical tools in chemical and biological research. They are also used in laser displays, holography, and as pointers or alignment tools.

Beam Profiling Needs: In analytical and visual applications, beam uniformity and stability are paramount to obtaining reliable results and creating precise visual effects. Beam profilers enable the characterization and optimization of these laser parameters.

Near-Infrared Lasers (700nm – 1,100nm)

Wavelengths: Includes 808nm, 980nm, and 1064nm.

Applications: NIR lasers are widely used in optical communications for their ability to transmit information over long distances with minimal loss. They also play a significant role in medical applications such as laser surgery and phototherapy, offering deep tissue penetration with controlled heating. In industrial settings, they are employed for welding, cutting, and material analysis.

Beam Profiling Needs: For communication applications, beam quality directly impacts the efficiency and bandwidth of data transmission. In medical and industrial applications, the precision and consistency of the laser beam ensure safety and effectiveness. Beam profilers help in fine-tuning these lasers to meet stringent requirements.

Customer Applications for VIS-NIR Beam Profiler

Customers utilizing lasers in the 300nm to 1,100nm range, across fields such as semiconductor manufacturing, medical treatments, communications, and scientific research, can greatly benefit from using a VIS-NIR beam profiler. This tool allows them to:

Ensure Beam Quality: Verify that the laser beam meets the specific requirements of their application, whether it’s a uniform profile for material processing or a precise focal spot for surgical applications.

Optimize Processes: Fine-tune laser parameters to improve efficiency, reduce waste, and enhance the quality of the final product or outcome.

Maintain Safety Standards: Monitor laser output to protect operators and patients from potential harm due to improper laser intensity or focus.

By offering a VIS-NIR beam profiler, IZAK Scientific provides a critical tool that supports the advancement and quality assurance of various laser-based applications, making it an invaluable asset to engineers and scientists seeking to leverage the full potential of their laser systems.