Ready To Ship Midwest Optical Systems Bi660-48 Tool [HZQ2LhTq]

Ready To Ship Midwest Optical Systems Bi660-48 Tool [HZQ2LhTq] Dark Red Interference Filters

Experience superior performance with the Ready To Ship Midwest Optical Systems Bi660-48 Tool [HZQ2LhTq] Dark Red Interference Filters. These high-quality filters are designed to meet the demands of precise wavelength separation and are ideal for applications where discrete wavelengths are essential. The Bi660-48 stands out in its category with a narrow bandwidth of 20-35nm FWHM, ensuring minimal spectral spill and optimal system performance. This filter is not just about narrow bandwidth; it offers an impressive 85% high transmission, making it an excellent choice for laser diode applications.

• Narrow Bandwidth of 20-35nm FWHM for precise wavelength control.
• High Transmission of 85% for efficient light utilization.

Key Features and Specifications

The Ready To Ship Midwest Optical Systems Bi660-48 Tool [HZQ2LhTq] Dark Red Interference Filters are built with the latest optical technology to deliver exceptional performance. The reflective, mirror-type surface is designed to minimize thermal effects, ensuring the filter's stability over time. This filter is perfect for environments with multiple light sources of similar wavelengths, providing ideal wavelength separation to maintain clarity and focus. The Bi660-48 is available in various sizes, up to 79.5mm sq., catering to a wide range of applications and setups.

• Reflective Surface to minimize thermal effects and enhance stability.
• Available in sizes up to 79.5mm sq. for flexible application compatibility.

Applications and Benefits

The Bi660-48 Dark Red Interference Filters are highly sought after in life science and laser analysis applications where discrete wavelengths are critical for system performance. Their popularity is attributed to their ability to maximize system performance by allowing only specific wavelengths to pass. These filters are the go-to choice for researchers and professionals looking to enhance the accuracy and precision of their experiments and analysis.

• Optimized for Life Science and Laser Analysis applications.
• Improves system performance by allowing only discrete wavelengths to pass.