Versatile Lp900-105 Nir Longpass Filter M105x1.0 Collection [9EXgUL8G]

LP900-105 NIR Longpass Filter: Your Ultimate Longpass Solution

Introducing the LP900-105 NIR Longpass Filter, a precision-engineered optical component designed to block light below 900nm while allowing longer wavelengths to pass. This filter is the ideal choice for applications requiring the precise control of light transmission, making it a must-have for professionals in various fields. With its exceptional performance and robust construction, the LP900-105 is set to revolutionize your optical experiences.

Key Features and Specifications

Featuring a filter type of NIR Longpass, the LP900-105 boasts a useful range of 910nm to 1100nm, ensuring optimal performance across a wide spectrum. The filter offers an impressive tolerance of +/- 10nm, guaranteeing consistent and reliable results. With a peak transmission of ≥90%, the LP900-105 ensures maximum light transmission for enhanced visibility and clarity. The filter's surface quality is a remarkable 40/20, ensuring minimal reflections and glare. Here are some of the key specifications:

• Filter Type: NIR Longpass
• Useful Range: 910nm - 1100nm
• Tolerance: +/- 10nm
• Peak Transmission: ≥90%
• Surface Quality: 40/20

Practical Applications and Benefits

The LP900-105 NIR Longpass Filter finds extensive use in infrared digital photography, scientific research, and forensic analysis. Its ability to enhance images of blood stains or gunshot residue on dark fabrics makes it an invaluable tool for law enforcement and crime scene investigation. Additionally, the filter's versatility allows it to be used as a detector window, further expanding its utility. Whether you are a professional photographer, researcher, or enthusiast, the LP900-105 offers numerous benefits:

• Enhanced Infrared Photography: Capture stunning images with improved clarity and detail.
• Scientific Research: Conduct experiments with precise control over light transmission.
• Forensic Analysis: Enhance crime scene images for better evidence collection.