Hot Sale Midwest Optical Systems Lp515-48 Gadget [GsaQyB5X]

Hot Sale Midwest Optical Systems Lp515-48 Gadget [GsaQyB5X] Yellow-Orange Longpass Filter

The Hot Sale Midwest Optical Systems Lp515-48 Gadget [GsaQyB5X] Yellow-Orange Longpass Filter is a premium optical tool designed to enhance your experiments and observations. Known for its sharp-cut filtering capabilities, this filter is a go-to choice for various applications, including fluorescence, photography, and astronomy. With its double-side polished glass, the LP515-48 ensures exceptional parallelism and optical flatness, making it a reliable and high-performance accessory for your equipment.

• Passes a broad spectrum of longer wavelength light
• Blocks shorter wavelengths for optimal performance
• Double-side polished glass for superior parallelism and flatness

Product Properties and Specifications

The LP515-48 Yellow-Orange Longpass Filter is engineered to deliver exceptional performance. It features a sharp-cut design that allows for the transmission of light in the yellow-orange spectrum while effectively blocking shorter wavelengths. This filter is crafted from high-quality glass, ensuring clarity and durability. The double-side polishing process guarantees minimal wavefront distortion, making it ideal for precise optical applications.

• Passband: 515nm ± 5nm
• Transmittance: >90% at peak
• Optical thickness: 3mm

Practical Uses and Benefits

The Hot Sale Midwest Optical Systems Lp515-48 Gadget [GsaQyB5X] Yellow-Orange Longpass Filter is versatile and highly beneficial across multiple fields. In fluorescence applications, it is often used to block excitation light sources or to pass multiple emission wavelengths, significantly improving the signal-to-noise ratio. Photographers and astronomers also appreciate its ability to enhance image quality and clarity. Whether you are conducting scientific research or capturing stunning visuals, this filter is a valuable tool that can elevate your work to new heights.

• Fluorescence applications: Block excitation light and pass emission wavelengths
• Photography and astronomy: Improve image quality and clarity
• Scientific research: Enhance signal-to-noise ratio for precise observations