Innovative Midwest Optical Systems Bi632-37.5 55% Off - Today Only [XbItwi5Z]

Innovative Midwest Optical Systems Bi632-37.5 55% Off - Today Only [XbItwi5Z] Light Red Interference Bandpass Filter is a premium optical device designed to enhance the performance of your laser analysis system. This filter is part of Midwest Optical Systems' Bi Series, renowned for its exceptional narrow interference bandwidth, making it the ideal choice for precise wavelength separation in complex light source environments. The Bi632-37.5 offers a 20-35nm FWHM narrow bandwidth, ensuring optimal light control and minimizing interference.

• High Transmission: Achieving a remarkable 85% transmission, the Bi632-37.5 maintains peak performance without sacrificing brightness.
• Laser Diode Compatibility: Specifically designed for use with laser diodes, this filter guarantees seamless integration and optimal results in laser-based applications.

Product Specifications

The Bi632-37.5 features a reflective, mirror-type surface that significantly minimizes thermal effects, ensuring long-term stability and reliability. It is available in a wide range of sizes up to 79.5mm sq., catering to various system requirements. With its high transmission and narrow bandwidth, the Bi632-37.5 is an essential tool for achieving accurate and consistent light control. Key technical specifications include a central wavelength of 632nm and a bandpass of 37.5nm.

• Bandpass: 37.5nm
• Central Wavelength: 632nm
• FWHM: 20-35nm

Applications and Benefits

The Bi632-37.5 is widely used in life science and laser analysis applications where discrete wavelength separation is critical for maximizing system performance. This filter is especially valuable in scenarios involving multiple light sources of similar wavelengths, as it allows for precise wavelength selection and enhances the clarity and precision of laser-based analysis. With its reflective surface, the Bi632-37.5 minimizes thermal effects, making it a reliable choice for continuous and accurate measurements. Targeted audiences include researchers, engineers, and technicians in the fields of life sciences, materials analysis, and photonics, where the Bi632-37.5 can significantly improve the quality and efficiency of their work.