Trending Midwest Optical Systems Bi385-34 40% Off - Today Only [EcGzloqI]

Trending Midwest Optical Systems Bi385-34 40% Off - Today Only [EcGzloqI] Near UV Bandpass Filter

Introducing the Trending Midwest Optical Systems Bi385-34 40% Off - Today Only [EcGzloqI] Near UV Interference Bandpass M34, a high-performance filter designed for precision applications. This advanced filter is part of the Bi Series, renowned for its narrow interference bandwidth and exceptional optical quality. With a 20-35nm Full Width at Half Maximum (FWHM) and a narrow bandwidth, the Bi385-34 ensures precise wavelength separation, making it ideal for complex laser analysis and life science research. Its high transmission rate of 85% ensures maximum light throughput, enhancing the efficiency of your system.

• High transmission rate of 85%
• 20-35nm FWHM for precise wavelength separation

Technical Specifications and Properties

The Bi385-34 Near UV Bandpass Filter is engineered to meet the most stringent requirements of optical systems. It features a reflective, mirror-type surface that effectively minimizes thermal effects, ensuring consistent performance over time. This filter is designed for use with laser diodes, providing optimal wavelength separation when multiple light sources of similar wavelengths are present. Available in sizes up to 79.5mm sq., the Bi385-34 offers flexibility in system integration. Its specifications include:

• Reflective, mirror-type surface for minimized thermal effects
• Available in sizes up to 79.5mm sq.

Applications and Benefits

The Trending Midwest Optical Systems Bi385-34 40% Off - Today Only [EcGzloqI] is a versatile tool for a wide range of applications in life science and laser analysis. Its narrow bandwidth and high transmission rate make it an excellent choice for maximizing system performance in research environments. Ideal for scenarios where discrete wavelengths need to be passed, this filter is particularly useful in situations involving multiple light sources of similar wavelengths. By enhancing wavelength separation, the Bi385-34 allows for more accurate measurements and analysis, ultimately leading to better results in your daily work. Targeted audiences include researchers, engineers, and professionals in the fields of optics, biotechnology, and laser physics.

• Ideal for life science and laser analysis applications
• Maximizes system performance with precise wavelength separation