High-quality Midwest Optical Systems Nf550-30.5 Flash Sale: 80% Off [Y5jOkwFh]

High-quality Midwest Optical Systems Nf550-30.5 Flash Sale: 80% Off [Y5jOkwFh] Magenta Dichroic Filter

The High-quality Midwest Optical Systems Nf550-30.5 Flash Sale: 80% Off [Y5jOkwFh] Magenta Dichroic (Green Block) M30.5 Shortpass Filters are a sophisticated solution for applications requiring precise control over light wavelengths. These filters are designed to be the ideal choice for color imaging, offering a sharp transition between shorter wavelengths (passed) and longer wavelengths (blocked). Their primary function is to act as "IR-cut" filters, ensuring that only a broad spectrum of shorter wavelength light passes through while blocking visible and near-infrared wavelengths.

• Passes a broad spectrum of shorter wavelength light
• Blocks longer visible and near-infrared wavelengths
• Optimized for natural color rendering in color imaging

The NF550-30.5 Shortpass Filters are crafted to have a sharp transition, making them an excellent choice for applications where precise control over light is crucial. These filters are designed to have minimal absorption in the visible spectrum, ensuring optimal performance in a wide range of applications. Key specifications include a cutoff wavelength of 550nm, a transmission of greater than 98% at 525nm, and a high transmission for wavelengths shorter than 550nm. The use of high-quality materials and advanced coating technology ensures long-lasting durability and reliability.

• Cutoff wavelength of 550nm
• Transmission of greater than 98% at 525nm
• High transmission for wavelengths shorter than 550nm

The High-quality Midwest Optical Systems Nf550-30.5 Flash Sale: 80% Off [Y5jOkwFh] Magenta Dichroic Filters find extensive applications in various industries, including scientific research, photography, and industrial processes. They are commonly used to protect sensors from NIR laser damage, reduce IR radiation, or minimize "camera bloom" during hot metal or glass extrusion processes. Their ability to enhance color rendering and ensure image clarity makes them a valuable tool for professionals in the fields of astronomy, medical imaging, and industrial inspection.

• Protect sensors from NIR laser damage
• Reduce IR radiation and minimize "camera bloom"
• Enhance color rendering in scientific research and photography