Optics

The Astronomik ProPlanet 807 SC IR Bandpass Filter is designed for specialized astrophotography, particularly in the infrared spectrum. It enhances contrast and detail in celestial objects by allowing only specific infrared wavelengths to pass through while blocking unwanted light. This makes it an excellent choice for capturing the Moon, planets, and other astronomical targets with high clarity, even under less-than-ideal conditions such as light pollution or during twilight.

The Astronomik ProPlanet 742 IR-pass filter is an excellent tool for astrophotography, particularly for imaging the Moon and planets such as Mars. Designed for use with telescopes of 6" (150mm) aperture or larger, this filter allows only infrared light with wavelengths above 742 nm to pass through. By cutting off visible light, it reduces the effects of atmospheric turbulence ("seeing") and enhances image sharpness. Additionally, it enables planetary and lunar photography even during daylight by darkening the sky background.

The Astronomik ProPlanet 742 IR-pass filter is a specialized tool for astrophotography, particularly designed for imaging the Moon and planets like Mars. It is best suited for telescopes with an aperture of 6" (150mm) or larger. This filter allows only infrared light with wavelengths above 742 nm to pass, significantly reducing the effects of atmospheric turbulence, or "seeing," compared to visible light. This results in sharper and more stable images.

The Astronomik ProPlanet 742 IR-pass filter is specifically designed for imaging the Moon and planets, particularly Mars, using telescopes with apertures of 6" (150 mm) or larger. It allows only infrared light with wavelengths greater than 742 nm to pass, significantly reducing the effects of atmospheric turbulence ("seeing") and enabling sharper images compared to visible light imaging.

The Nikon Clip Filters have been successfully tested with the D750, D780, D800, and D810 camera models. Other Nikon camera bodies have not yet been tested for compatibility.

This filter is specifically designed for imaging the Moon and planets, particularly Mars, using telescopes with apertures of 6" (150 mm) or larger. It allows only infrared light with wavelengths greater than 742 nm to pass. In this range, the effects of atmospheric turbulence ("seeing") are significantly reduced compared to visible light, enabling sharper and steadier images. Additionally, the filter darkens the sky background during advanced dawn, making it suitable for planetary and lunar photography even in daylight.

The Astronomik ProPlanet 742 IR-pass filter is an excellent choice for imaging the Moon and planets, especially Mars, using telescopes with apertures of 6" (150 mm) or larger. It allows only infrared light with wavelengths above 742 nm to pass, significantly reducing the effects of atmospheric turbulence ("seeing"). This results in sharper and steadier images than those captured in visible light.

The Astronomik ProPlanet 807 IR-pass filter is designed for advanced astrophotography, particularly for imaging the Moon and planets. It allows only infrared light with wavelengths above 807 nm to pass, making it highly effective under poor seeing conditions or when using large telescopes. By blocking visible light, this filter provides sharper and more stable images in the infrared spectrum. It is especially useful for capturing fine planetary details that are difficult to observe in visible light.

Clip-filters are compatible with most camera lenses, including Canon EF lenses and third-party lenses from manufacturers such as Sigma, Tamron, Tokina, and Walimex. However, they are NOT compatible with Canon EF-S lenses.

MRF-coating: The innovative MRF coating technology ensures optimal performance, allowing the filter to be used effectively on all devices with apertures up to f/4. This advanced coating enhances durability and ensures precise light transmission, making it ideal for astrophotography.

MRF-coating: The advanced MRF coating technology makes this filter suitable for use on all devices with apertures up to f/4. This innovative coating ensures high precision, durability, and excellent performance, making it an ideal choice for astrophotography applications.

MRF-coating: The innovative MRF coating technology ensures this filter delivers exceptional performance on all devices with apertures up to f/4. This advanced coating enhances precision and durability, making it a reliable choice for astrophotography, particularly in combating light pollution.

The Astronomik SII 12nm filter is designed for astrophotography, especially for capturing emission nebulae. It isolates the Sulfur-II spectral line at 672 nm, allowing you to highlight specific details in deep-sky objects while reducing the impact of light pollution. Its high-quality construction ensures durability and precision, making it a reliable choice for advanced imaging setups.

MRF-coating: The advanced MRF coating technology ensures exceptional performance, allowing the filter to be used on all devices with apertures up to f/4. This coating enhances precision, durability, and light transmission, making it a perfect choice for astrophotography, especially in environments with light pollution.

MRF-coating: The innovative MRF coating technology ensures that this filter can be used on all devices with apertures up to f/4. It provides excellent durability, precision, and light transmission, making it an ideal choice for astrophotography, especially in reducing the effects of light pollution.

The Astronomik SII 12nm Clip-Filter EOS M is a specialized narrowband filter designed for astrophotography with Canon EOS M cameras. It isolates the Sulfur-II (SII) spectral line at 672 nm, enhancing contrast by blocking unwanted light pollution and skyglow. This filter is ideal for capturing emission nebulae and other deep-sky objects, particularly in light-polluted environments.

The Astronomik SII 12nm Clip Nikon XL filter is specifically designed for astrophotography with Nikon full-frame cameras. It isolates the Sulfur-II (SII) spectral line at 672 nm, providing excellent contrast by blocking unwanted light pollution and skyglow. This filter is ideal for capturing emission nebulae and other deep-sky objects, even under challenging light conditions.

MRF-coating: The advanced MRF coating technology ensures this filter performs optimally on all devices with apertures up to f/4. It provides excellent durability, precision, and light transmission, making it ideal for astrophotography. The Clip-Filter has been successfully tested with Pentax K1 and K1 MkII camera bodies, ensuring compatibility for these models.

MRF-coating: The innovative MRF coating technology ensures exceptional performance, allowing the filter to be used on all devices with apertures up to f/4. This coating enhances light transmission and durability, making it an excellent choice for astrophotography, especially in reducing light pollution.

The Astronomik SII 12nm M49 filter is a narrowband emission line filter designed for astrophotography. It isolates the Sulfur-II (SII) spectral line at 672 nm, providing high contrast and reducing light pollution, making it ideal for imaging emission nebulae. With its durable aluminium frame and multiple coating technology, the filter ensures excellent optical performance and long-lasting reliability.

The Astronomik SII 12nm M52 filter is a high-quality narrowband filter designed for astrophotography, particularly for capturing emission nebulae. It isolates the Sulfur-II (SII) spectral line at 672 nm, enhancing contrast and reducing the impact of light pollution. Built with a durable aluminium frame and multiple coating technology, this filter ensures excellent optical performance and reliability. Its M52 frame compatibility makes it suitable for various astrophotography setups.

MRF-coating: The advanced MRF coating technology allows this filter to perform exceptionally well on all devices with apertures up to f/4. It ensures high precision, durability, and excellent light transmission, making it an ideal choice for astrophotography and effectively reducing light pollution.

The Astronomik SII-CCD filter is a narrowband filter designed for CCD astrophotography, allowing the light of ionized sulfur (SII) to pass while blocking nearly the entire remainder of the visible spectrum and infrared light. Its full width at half maximum (FWHM) of 12nm is optimized for common CCD cameras and works well with fast optics, ranging from f/2.8 to f/15. With a transmission rate of up to 99%, this filter ensures minimal losses and no chromatic distortions under typical conditions.

The Astronomik SII 12nm Filter is a narrowband filter designed for CCD astrophotography, specifically for capturing emission nebulae. It isolates the ionized sulfur (SII) spectral line at 672 nm while blocking nearly the entire visible spectrum and infrared light, ensuring high contrast and minimal interference from skyglow or artificial light pollution.