Fast Delivery Midwest Optical Systems Sp635-72 30% Off - Today Only [O1VHJY0K]

SP635-72 Absorptive Shortpass Filters

Introducing the Fast Delivery Midwest Optical Systems Sp635-72 30% Off - Today Only [O1VHJY0K] Absorptive Visible/Near IR Block M72 Shortpass Filters, a premium solution for precise light management. These filters are designed to provide a clear separation between shorter wavelengths and longer visible and near-infrared wavelengths, making them ideal for various imaging applications. With their sharp transition and superior blocking capabilities, these filters ensure optimal performance and clarity in your imaging processes.

Product Specifications and Features

The SP635-72 Shortpass Filters are engineered to have a sharp transition between shorter wavelengths, which are passed, and longer wavelengths, which are blocked. This design feature makes them highly effective in color imaging, where natural color rendering is crucial. Key specifications include:

• Transmission range: 350nm to 720nm
• Blocking range: 720nm to 1100nm
• Optimized for use with visible and near-infrared light

These filters are designed to protect your sensor from NIR laser damage and reduce IR radiation, which is particularly beneficial during hot metal or glass extrusion processes.

Practical Applications and Benefits

The Fast Delivery Midwest Optical Systems Sp635-72 30% Off - Today Only [O1VHJY0K] Shortpass Filters are versatile tools for a wide range of applications. They are commonly used in color imaging to achieve natural color rendering, which is essential for accurate and detailed images. Additionally, these filters offer several practical benefits:

• Protect your sensor from NIR laser damage
• Reduce IR radiation or “camera bloom” during hot metal or glass extrusion processes
• Improve image clarity and color accuracy

Whether you are a professional photographer, researcher, or engineer, these filters are a valuable addition to your imaging toolkit, ensuring superior performance and image quality in your daily work.