Bi405-55 Bandpass Filter for Violet Light

Introducing the Bi405-55 Violet Bandpass Filter, a specialized optical filter engineered to transmit violet light within the 400nm to 415nm wavelength range. This high-quality filter effectively blocks unwanted light frequencies, enhancing color accuracy and contrast in your imaging applications. Its convenient mounted design allows for effortless integration into existing optical setups, making it an essential tool for professionals in fields such as machine vision, scientific research, and color analysis.

Enhance Imaging Precision with Targeted Wavelength Isolation

The Bi405-55 filter is ideal for applications that require precise color discrimination and contrast enhancement. By isolating violet light, it enables more accurate detection and analysis in tasks ranging from fluorescence microscopy to quality control inspections.

Key Advantages:

• Selective Wavelength Transmission: Permits only 400nm to 415nm wavelengths, ensuring precise color filtering for specialized imaging needs.
• High Transmission Efficiency: Maximizes light throughput within the target band, providing clear and bright images.
• Mounted Convenience: Pre-mounted for quick and secure installation into various optical systems.
• Robust Construction: Built with durable materials to withstand rigorous use in industrial and laboratory environments.
• Versatile Applications: Suitable for machine vision, scientific imaging, and any application requiring enhanced violet light detection.

Technical Specifications:

• Wavelength Range: 400nm - 415nm
• Diameter: 55mm (other sizes available)
• Optical Density: High rejection of out-of-band wavelengths
• Material: Premium optical glass with advanced coatings
• Mounting Type: Standard threaded mount compatible with various lenses and equipment

The Bi405-55 filter is a valuable addition to any optical system that demands precise wavelength selection and improved imaging performance, supporting professionals in achieving accurate and reliable results in their specialized applications.