Massive Discount Midwest Optical Systems Sp651-39 With Warranty [fJZALKu0]

Massive Discount Midwest Optical Systems Sp651-39 With Warranty [fJZALKu0] Shortpass Filters

The Massive Discount Midwest Optical Systems Sp651-39 With Warranty [fJZALKu0] Near-UV/VIS Pass and Near-IR/Mid-Red Dichroic Block M39 Shortpass Filters are designed to excel in precision and performance. These filters are engineered to pass a broad spectrum of shorter wavelengths, making them ideal for applications requiring enhanced color imaging. Their primary function is to block longer visible (VIS) and near-infrared (NIR) wavelengths, effectively reducing the impact of IR radiation or “camera bloom” during processes such as hot metal or glass extrusion.

• Optimized for natural color rendering in color imaging
• Protects sensors from NIR laser damage
• Reduces IR radiation or “camera bloom” during hot metal or glass extrusion

The SP651-39 Shortpass Filters offer a sharp transition between shorter wavelengths (which are passed) and longer wavelengths (which are blocked), ensuring exceptional image quality and clarity. These filters are constructed with high-quality materials, guaranteeing durability and reliability. The specifications include a cut-on wavelength of 395 nm and a transmission of greater than 92% in the visible range, making them suitable for a wide range of applications.

• Sharp transition for superior image quality
• High-quality materials for durability
• Cut-on wavelength of 395 nm with transmission of over 92% in the visible range

The Massive Discount Midwest Optical Systems Sp651-39 With Warranty [fJZALKu0] Shortpass Filters are versatile and suitable for various applications in industries such as scientific research, photography, and industrial processing. They are perfect for professionals who require accurate color rendering and protection against NIR radiation. By using these filters, you can achieve high-quality images, enhance sensor performance, and ensure the longevity of your equipment.

• Versatile for scientific research, photography, and industrial processing
• Accurate color rendering and protection against NIR radiation
• Enhanced sensor performance and equipment longevity