Versatile Midwest Optical Systems Lp715-95 Deal Alert: 65% Off [IyhMJRHg]

Versatile Midwest Optical Systems Lp715-95 Deal Alert: 65% Off [IyhMJRHg] Near-IR Longpass Filters

The Versatile Midwest Optical Systems Lp715-95 Deal Alert: 65% Off [IyhMJRHg] Near-IR Longpass Filters are engineered to excel in various applications where precise spectral control is crucial. These filters are designed to pass a broad spectrum of longer wavelength light, making them ideal for blocking shorter wavelengths. With their exceptional sharp-cut characteristics, they are often referred to as "sharp-cut" filters. The LP715-95 filters are crafted with precision, ensuring they meet the highest standards of optical quality.

• Optical Excellence: These filters feature double-side polished glass, which guarantees exceptional parallelism and optical flatness.
• Customizable Specifications: Available in various thicknesses, they can be tailored to meet specific application requirements.

Product Specifications and Technical Details

The LP715-95 Near-IR Longpass Filters are designed with advanced optical materials that provide superior performance. They offer a cutoff wavelength of 715 nm, ensuring efficient light transmission in the near-infrared spectrum. The filters are characterized by their high transmission and low absorption, making them perfect for sensitive applications. Their durable construction and stable performance make them a reliable choice for a wide range of scientific and industrial applications.

• Transmission Range: Cutoff wavelength of 715 nm, allowing for effective light transmission in the near-infrared region.
• Optical Quality: Double-side polished glass for optimal parallelism and flatness, ensuring precise light control.

Applications and Benefits

The Versatile Midwest Optical Systems Lp715-95 Deal Alert: 65% Off [IyhMJRHg] Near-IR Longpass Filters are highly versatile and find applications in a variety of fields. They are commonly used in fluorescence applications to block excitation light sources or to pass multiple emission wavelengths, enhancing the signal-to-noise ratio. Additionally, these filters are extensively utilized in photography and astronomy for their ability to isolate specific wavelengths of light. Their exceptional optical properties make them a go-to choice for professionals in research, scientific experimentation, and precision imaging.

• Fluorescence Applications: Blocks excitation light sources or passes multiple emission wavelengths, improving signal-to-noise ratio.
• Photography and Astronomy: Isolates specific wavelengths of light for precise imaging and analysis.