Omegon Filters Pro SII 7nm Filter 1.25"
489.17 ₪
Tax included
Engineered to enhance the astrofotography of SII-rich regions, this filter selectively permits emissions from ionized sulphur atoms at 672 nanometers to pass through, elevating contrast levels and enriching your celestial imagery. When combined with complementary filters, ambitious astrophotographers can capture breathtaking pictures, even from the illuminated skies of urban environments.
OPT Filters Triad Tri-Band Narrowband Filter 2"
4891.65 ₪
Tax included
Combatting light pollution has long been a formidable hurdle for astrophotographers. Traditional methods of capturing narrowband color images demanded intricate setups involving filter wheels, multiple filters, adapters, and software, all at considerable expense. However, a groundbreaking solution has emerged, offering affordability and unprecedented performance in bright environments.
OPT Filters Triad Ultra Quad-Band Narrowband Filter 2"
6426.12 ₪
Tax included
The Triad Ultra offers narrower band-passes, delivering superior light pollution reduction, heightened contrast, improved separation between H-beta and OIII channels, and enhanced sensitivity in the Sulfur II emission lines. Designed to accommodate color cameras, it also serves as a narrow-band-luminance filter for monochrome cameras, ensuring versatility in your imaging pursuits.
Optolong Filters Clip Filter for Canon EOS FF L-Pro
775.11 ₪
Tax included
This filter is designed to enhance the contrast of deep-sky objects while minimizing the brightness of the sky background. Achieving this involves a sophisticated transmission characteristic that permits the spectral lines of deep-sky objects to pass through while suppressing various sources of light pollution. Additionally, it reduces the unwanted sky background resulting from atmospheric oxygen emissions, known as "skyglow.
Optolong Filters Clip Filter for Nikon Full Frame L-Pro
775.11 ₪
Tax included
This filter enhances the contrast of deep-sky objects while reducing the brightness of the sky background. Achieving this involves a complex transmission characteristic that allows the spectral lines of deep-sky objects to pass while suppressing various sources of light pollution. It effectively diminishes the unwanted sky background, known as "skyglow," caused by oxygen emissions in the atmosphere.