Baader Filters OIII CMOS Narrowband 50.4mm (70862)
3040.28 kr
Tax included
The narrowband O-III 3nm filter is specifically designed for nebula observation, allowing a 3nm bandwidth of light centered on a wavelength of 500nm to pass through. This corresponds to the OIII emission lines, while blocking out all other light. It is an excellent choice for astrophotography, enhancing contrast and detail in nebulae by isolating specific wavelengths and reducing light pollution.
Baader Filters OIII CMOS Narrowband 65x65mm (70864)
3924.71 kr
Tax included
The narrowband O-III 3nm filter is designed specifically for nebula observation, allowing a 3nm bandwidth of light centered on a wavelength of 500nm to pass through. This corresponds to the OIII emission lines while blocking out all other light. Perfect for astrophotography, this filter enhances contrast and detail in nebulae by isolating specific wavelengths and reducing light pollution.
Baader Filters H-alpha CMOS Narrowband 1.25" (70851)
1536.69 kr
Tax included
The H-alpha filter is designed to pass light at a wavelength of 656nm, making it an excellent choice for narrowband astrophotography. It offers high-contrast imaging and reveals intricate details of nebulae, even in areas with significant light pollution. This filter isolates the H-alpha emission line, enhancing the visibility of faint structures in deep-sky objects for stunning astrophotography results.
Baader Filters H-alpha CMOS Narrowband 31mm (70852)
1602.98 kr
Tax included
The H-alpha filter is designed to pass light at a wavelength of 656nm, making it an excellent choice for narrowband astrophotography. It provides high-contrast imaging and reveals intricate details of nebulae, even in areas with significant light pollution. By isolating the H-alpha emission line, this filter enhances the visibility of faint structures in deep-sky objects, delivering exceptional results for astrophotographers.
Baader Filters H-alpha CMOS Narrowband 36mm (70853)
1824.08 kr
Tax included
The H-alpha filter is designed to pass light at a wavelength of 656nm, making it an excellent choice for narrowband astrophotography. It provides high-contrast imaging and reveals intricate details of nebulae, even in areas with strong light pollution. By isolating the H-alpha emission line, this filter enhances the visibility of faint structures in deep-sky objects, delivering exceptional results for astrophotographers.
Baader Filters H-alpha CMOS Narrowband 2" (70854)
2598.07 kr
Tax included
The H-alpha filter is designed to pass light at a wavelength of 656nm, making it the ideal choice for narrowband astrophotography. It delivers high-contrast imaging and reveals intricate details of nebulae, even in areas with strong light pollution. By isolating the H-alpha emission line, this filter enhances the visibility of faint structures in deep-sky objects, providing exceptional results for astrophotographers.
Baader Filters H-alpha CMOS Narrowband 50.4mm (70855)
2708.62 kr
Tax included
The H-alpha filter is designed to pass light at a wavelength of 656nm, making it an excellent choice for narrowband astrophotography. It provides high-contrast imaging and reveals intricate details of nebulae, even in areas with strong light pollution. By isolating the H-alpha emission line, this filter enhances the visibility of faint structures in deep-sky objects, delivering exceptional results for astrophotographers.
Baader Filters H-Beta CMOS Narrowband 31mm (76760)
2155.85 kr
Tax included
The Narrowband series provides line filters with a full width at half maximum (FWHM) of 6.5 nanometres, recommended for optical systems with aperture ratios ranging from f/10 to f/3.5. This range covers most telescopes commonly used by amateur astronomers. The FWHM is also suitable for smaller apertures, offering excellent performance and great value for money.
Baader Filters H-Beta CMOS Narrowband 36mm (76761)
2392.6 kr
Tax included
The Narrowband series provides line filters with a full width at half maximum of 6.5 nanometers, making them suitable for optical systems with an aperture ratio ranging from f/10 to f/3.5. This range covers most telescopes commonly used by amateur astronomers. Additionally, the full width at half maximum is compatible with smaller aperture optics, offering excellent performance and great value for money
Baader Filters H-Beta CMOS Narrowband 50,4mm (76763)
3505.48 kr
Tax included
The Narrowband series provides line filters with a full width at half maximum of 6.5 nanometers, making them suitable for optical systems with an aperture ratio between f/10 and f/3.5. This range covers most telescopes commonly used by amateur astronomers. Additionally, the full width at half maximum is compatible with smaller aperture optics, offering excellent performance and great value for money.
Baader Filters H-Beta CMOS Narrowband 50x50mm (76764)
3839.27 kr
Tax included
The Narrowband series provides line filters with a full width at half maximum of 6.5 nanometers, making them suitable for optical systems with an aperture ratio between f/10 and f/3.5. This range includes most telescopes commonly used by amateur astronomers. Additionally, the full width at half maximum is compatible with smaller aperture optics, offering excellent performance and great value for money.
Baader Filters H-Beta CMOS Narrowband 65x65mm (76765)
4840.85 kr
Tax included
The Narrowband series provides line filters with a full width at half maximum of 6.5 nanometers, making them suitable for optical systems with an aperture ratio between f/10 and f/3.5. This range includes most telescopes commonly used by amateur astronomers. Additionally, the full width at half maximum is compatible with smaller aperture optics, offering excellent performance and great value for money.
Baader Filters H-alpha/OIII/SII CMOS Narrowband 1.25" (70893)
4328.94 kr
Tax included
If you want to replicate the iconic look of Hubble Space Telescope (HST) images, such as the famous “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter is a deep red filter near 672 nm. Together, H-a, OIII, and SII filters enable tri-color narrowband imaging to achieve that Hubble-like appearance for many emission nebulae.
Baader Filters H-alpha/OIII/SII CMOS Narrowband 31mm (70894)
4562.61 kr
Tax included
If you want to achieve the iconic look of Hubble Space Telescope (HST) images, such as the famous “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter is a deep red filter near 672 nm. Together, H-a, OIII, and SII filters enable tri-color narrowband imaging to replicate that Hubble-like appearance for many emission nebulae.
Baader Filters H-alpha/OIII/SII CMOS Narrowband 36mm (70895)
5174.75 kr
Tax included
If you want to achieve the iconic look of Hubble Space Telescope (HST) images, such as the famous “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter is a deep red filter near 672 nm. Together, H-a, OIII, and SII filters enable tri-color narrowband imaging to replicate that Hubble-like appearance for many emission nebulae.
Baader Filters H-alpha/OIII/SII CMOS Narrowband 50.4mm (70897)
8346.33 kr
Tax included
If you want to achieve the iconic look of Hubble Space Telescope (HST) images, such as the famous “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter is a deep red filter near 672 nm. Together, H-a, OIII, and SII filters enable tri-color narrowband imaging to replicate that Hubble-like appearance for many emission nebulae.
Baader Filters H-alpha/OIII/SII CMOS Narrowband 50x50mm (70898)
8891.66 kr
Tax included
If you want to achieve the iconic look of Hubble Space Telescope (HST) images, such as the famous “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter is a deep red filter near 672 nm. Together, H-a, OIII, and SII filters enable tri-color narrowband imaging to replicate that Hubble-like appearance for many emission nebulae.
Baader Filters H-alpha/OIII/SII CMOS Narrowband 65x65mm (70899)
11295.43 kr
Tax included
If you want to achieve the iconic look of Hubble Space Telescope (HST) images, such as the famous “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter is a deep red filter near 672 nm. Together, H-a, OIII, and SII filters enable tri-color narrowband imaging to replicate that Hubble-like appearance for many emission nebulae.