Christmas Sale Midwest Optical Systems Lp800-82 Special: 35% Discount [d61IJxwa]

Christmas Sale Midwest Optical Systems Lp800-82 Special: 35% Discount [d61IJxwa] Near-IR Longpass Filter

Introducing the Christmas Sale Midwest Optical Systems Lp800-82 Special: 35% Discount [d61IJxwa] Near-IR Longpass Filter, a premium optical accessory designed to enhance your imaging capabilities. This filter is crafted to provide exceptional performance in various applications, including fluorescence, photography, and astronomy. With its sharp-cut design, the LP800-82 Longpass Filter ensures that only the desired longer wavelength light passes through, while blocking shorter wavelengths.

Key Features and Specifications

The LP800-82 Near-IR Longpass Filter boasts several remarkable features that set it apart from other filters in its category. First and foremost, it features double-side polished glass, which ensures exceptional parallelism and optical flatness. This high-quality construction guarantees consistent and reliable performance. Additionally, the filter includes a strong UV/IR Blocking coating, which protects your imaging system from unwanted wavelengths and enhances the overall signal-to-noise ratio.

• Double-side polished glass for exceptional parallelism and optical flatness
• UV/IR Blocking coating to protect your imaging system

Practical Applications and Benefits

The Christmas Sale Midwest Optical Systems Lp800-82 Special: 35% Discount [d61IJxwa] Near-IR Longpass Filter is a versatile tool that finds applications in a wide range of fields. In fluorescence microscopy, it is used to block excitation light sources and to pass multiple emission wavelengths, thereby improving the signal-to-noise ratio. For photography enthusiasts, this filter can enhance the quality of long-exposure shots by removing unwanted shorter wavelengths. In astronomy, the LP800-82 contributes to clearer and more detailed observations by blocking infrared interference.

• Perfect for fluorescence microscopy to block excitation light sources
• Enhances the quality of long-exposure photography
• Improves astronomy observations by blocking infrared interference