High-quality Astronomik H-alpha 6nm Ccd Maxfr Clip-filter Sony Alpha 7 Tool [MluGV69Y]

High-quality Astronomik H-alpha 6nm Ccd Maxfr Clip-filter Sony Alpha 7 Tool [MluGV69Y]: The Ultimate Observation Tool

The Astronomik H-alpha 6nm CCD MaxFR Clip-Filter is a state-of-the-art accessory designed for astronomy enthusiasts seeking to enhance their observing experience. This precision filter, crafted specifically for Sony Alpha 7 cameras, offers unparalleled compatibility with fast focal ratio telescopes, making it an ideal choice for those using equipment like the Celestron RASA series or Takahashi Epsilon Astrographs. The filter's 6nm bandwidth ensures exceptional performance, providing a clear, sharp image with minimal light pollution and no halos, perfect for capturing the celestial wonders with your camera.

High-Performance Specifications and Technical Details

The Astronomik MaxFR filter series is renowned for its advanced MFR coating, which delivers unmatched optical clarity and precision. Constructed from high-quality substrates in extremely thin layers, these filters are not only scratch-resistant but also resistant to moisture and age-related degradation. The 6nm H-alpha filter offers transmission rates of up to 90%, making it highly effective for focal ratios between f/1.8 and f/2.2. This ensures that you can capture detailed images of celestial objects with exceptional contrast and clarity. The built-in MFG coating also provides excellent blocking across the entire UV to IR spectrum, leaving only the desired wavelengths to pass through.

Practical Applications and Target Audience

The Astronomik H-alpha 6nm CCD MaxFR Clip-Filter is an indispensable tool for astronomers, astrophotographers, and enthusiasts who want to take their night sky observations to the next level. Whether you're a professional looking to capture stunning images of deep-sky objects or a hobbyist eager to explore the cosmos, this filter is designed to meet your needs. Its compatibility with a wide range of fast focal ratio telescopes, combined with its high transmission rates and exceptional contrast, makes it a versatile and powerful tool for anyone interested in astronomy and astrophotography.