Best Seller Midwest Optical Systems Bi385-30.5 Price Crushed By 65% [m5vcjX42]

Best Seller Midwest Optical Systems Bi385-30.5 Price Crushed By 65% [m5vcjX42] Narrow UV Bandpass Filter

The Best Seller Midwest Optical Systems Bi385-30.5 Price Crushed By 65% [m5vcjX42] Near UV Interference Bandpass M30.5 Near UV Bandpass Filter is a cutting-edge optical solution designed to enhance the performance of various applications, particularly in the field of life sciences and laser analysis. This filter stands out with its narrow interference bandwidth and high transmission capabilities, making it an ideal choice for precise wavelength separation in complex environments where multiple light sources of similar wavelengths are present. The Bi385-30.5 filter is built to be robust, featuring a reflective, mirror-type surface that helps minimize thermal effects, ensuring stability and longevity in demanding conditions.

Product Specifications and Features

The Best Seller Midwest Optical Systems Bi385-30.5 Price Crushed By 65% [m5vcjX42] Near UV Interference Bandpass Filter offers an exceptional 20-35nm Full Width at Half Maximum (FWHM) narrow bandwidth, providing precise control over the light spectrum. With a high transmission of over 85%, it ensures maximum efficiency in capturing the desired wavelengths. This filter is designed for use with laser diodes, making it a perfect companion for applications requiring high-precision wavelength filtering. The reflective surface of the filter not only minimizes thermal effects but also enhances the overall performance by reducing stray light and reflections. Available in sizes up to 79.5mm square, it offers flexibility in various optical setups.

Applications and Benefits

The Bi385-30.5 filter from Midwest Optical Systems is a staple in life science and laser analysis applications. Its narrow bandwidth and high transmission make it ideal for maximizing system performance in scenarios where discrete wavelengths need to be selectively passed. This filter is particularly useful when dealing with multiple light sources of similar wavelengths, providing clear wavelength separation. Its reflective surface helps maintain system integrity by minimizing thermal effects, ensuring consistent and reliable performance. With a wide range of sizes available, the Bi385-30.5 filter is suitable for a broad array of optical instruments and systems, making it a versatile tool for researchers and engineers in diverse fields.