Baader Filters OIII CMOS f/2 Highspeed 31mm (70915)

52340.93 Ft

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OIII filters only permit light with a wavelength of 501 nanometers to pass through. This corresponds to the spectral lines of doubly ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, allowing these objects to remain visible while the filter blocks out other light. This enhances contrast and reveals faint nebulae that were previously invisible.

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Baader Filters OIII CMOS f/2 Highspeed 2" (70917)

81012.75 Ft

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OIII filters allow only light with a wavelength of 501 nanometers to pass through. This corresponds to the spectral lines of doubly ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, making these objects visible while blocking out other light. This enhances contrast and reveals faint nebulae that were previously invisible.

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Baader Filters H-alpha CMOS f/2 Highspeed 1.25" (70907)

49673.79 Ft

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The H-alpha filter allows light to pass at a wavelength of 656 nm. It is the ideal narrowband filter for H-alpha astrophotography, providing high-contrast imaging and revealing intricate details of nebulae, even in areas with significant light pollution.

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Baader Filters H-alpha CMOS f/2 Highspeed 31mm (70908)

51674.14 Ft

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The H-alpha filter transmits light at a wavelength of 656 nm. It is an excellent narrowband filter for H-alpha astrophotography, offering high-contrast imaging and revealing intricate nebula details, even in areas with significant light pollution.

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Baader Filters H-alpha CMOS f/2 Highspeed 36mm (70909)

58342.01 Ft

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The H-alpha filter transmits light at a wavelength of 656 nm. It is the perfect narrowband filter for H-alpha astrophotography, delivering high-contrast imaging and uncovering intricate nebula details, even in areas with heavy light pollution.

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Baader Filters H-alpha CMOS f/2 Highspeed 2" (70910)

81679.53 Ft

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The H-alpha filter allows light to pass at a wavelength of 656 nm. It is the ideal narrowband filter for H-alpha astrophotography, providing high-contrast imaging and revealing intricate details of nebulae, even in areas with significant light pollution.

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Baader Filters H-alpha CMOS f/2 Highspeed 50.4mm (70911)

84678.27 Ft

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The H-alpha filter transmits light at a wavelength of 656 nm. It is an excellent choice for narrowband H-alpha astrophotography, offering high-contrast imaging and revealing detailed structures of nebulae, even in areas with heavy light pollution.

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Baader Filters H-alpha CMOS f/2 Highspeed 50x50mm (70912)

98349.19 Ft

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The H-alpha filter allows light to pass at a wavelength of 656 nm. It is the best narrowband filter for H-alpha astrophotography, providing high-contrast imaging and revealing intricate nebula details, even in areas with strong light pollution.

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Baader Filters f/2 Highspeed SII CMOS 1.25" (70921)

49007 Ft

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The SII filter is a narrowband filter designed for nebula photography. It transmits light at a wavelength of 672 nm with a bandpass of 3 nm, making it ideal for capturing emission nebulae, planetary nebulae, and supernova remnants.

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Baader Filters SII CMOS f/2 Highspeed 36mm (70923)

58006.81 Ft

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The narrowband S-II 7nm filter is specifically designed for nebula photography. It transmits light at a wavelength of 672nm with a bandpass of 3nm. This filter is ideal for capturing most emission nebulae, planetary nebulae, and supernova remnants.

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Baader Filters SII CMOS f/2 Highspeed 2" (70924)

80677.55 Ft

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The narrowband S-II 7nm filter is designed specifically for nebula photography. It allows light transmission at a wavelength of 672nm with a bandpass of 3nm, making it ideal for capturing most emission nebulae, planetary nebulae, and supernova remnants.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 1.25" (70949)

139686.35 Ft

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If you want to replicate the iconic appearance of Hubble Space Telescope (HST) images, such as the famous "Pillars of Creation" in the Eagle Nebula (Messier 16), the SII (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 31mm (70950)

148354.57 Ft

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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 (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 36mm (70951)

165024.23 Ft

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If you want to achieve the iconic appearance of Hubble Space Telescope (HST) images, such as the famous "Pillars of Creation" in the Eagle Nebula (Messier 16), the SII (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 2" (70952)

229702.51 Ft

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If you want to achieve the iconic appearance of Hubble Space Telescope (HST) images, such as the famous "Pillars of Creation" in the Eagle Nebula (Messier 16), the SII (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 50.4mm (70953)

240035.9 Ft

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If you want to achieve the iconic appearance of Hubble Space Telescope (HST) images, such as the famous "Pillars of Creation" in the Eagle Nebula (Messier 16), the SII (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 50x50mm (70954)

276377.56 Ft

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If you want to achieve the iconic appearance of Hubble Space Telescope (HST) images, such as the famous "Pillars of Creation" in the Eagle Nebula (Messier 16), the SII (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters H-alpha/OIII/SII CMOS f/2 Highspeed 65x65mm (70955)

343052.6 Ft

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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 (sulfur) filter is an excellent addition to your collection after H-alpha (H-a) and OIII filters. Like the H-a filter, the SII filter operates in the deep red spectrum near 672nm.

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Baader Filters OIII CMOS f/2 Ultra-Highspeed 1.25" (70935)

84011.48 Ft

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OIII filters allow only light with a wavelength of 501 nanometers to pass through. This corresponds to the spectral lines of doubly ionized oxygen, which are emitted by planetary nebulae and some emission nebulae. By blocking out all other light, these filters enhance contrast and make faint nebulae visible for the first time.

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Baader Filters OIII CMOS f/2 Ultra-Highspeed 36mm (70937)

105680.24 Ft

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OIII filters are designed to allow light with a wavelength of 501 nanometers to pass through. This corresponds to the spectral lines emitted by doubly ionized oxygen. These lines are characteristic of planetary nebulae and certain emission nebulae. By blocking out other wavelengths, the filter enhances contrast, making faint nebulae visible even in light-polluted skies.

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Baader Filters OIII CMOS f/2 Ultra-Highspeed 2" (70938)

119682.75 Ft

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OIII filters allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectral lines of doubly ionized oxygen. These specific lines are emitted by planetary nebulae and certain emission nebulae. By blocking out other wavelengths, the filter enhances contrast, making faint nebulae visible even in challenging conditions for the first time.

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Baader Filters OIII CMOS f/2 Ultra-Highspeed 50.4mm (70939)

129017.76 Ft

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OIII filters are designed to transmit only light with a wavelength of 501 nanometers, which corresponds to the spectral lines of doubly ionized oxygen. These specific lines are emitted by planetary nebulae and some emission nebulae. By blocking out other wavelengths, these filters make these objects visible while increasing contrast, allowing faint nebulae to be observed for the first time.

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Baader Filters OIII CMOS f/2 Ultra-Highspeed 50x50mm (70940)

133018.48 Ft

Tax included

OIII filters are specialized tools that allow only light with a wavelength of 501 nanometers to pass through. This wavelength corresponds to the spectral lines of doubly ionized oxygen, which are emitted by planetary nebulae and some emission nebulae. By blocking out other wavelengths, the filter enhances contrast, making faint nebulae visible for the first time while suppressing surrounding light.

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Baader Filters OIII CMOS f/2 Ultra-Highspeed 65x65mm (70941)

176359.6 Ft

Tax included

OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through. This corresponds to the spectral lines of doubly ionized oxygen, which are emitted by planetary nebulae and some emission nebulae. By blocking out other wavelengths, these filters enhance contrast, making faint nebulae visible while suppressing unwanted light.

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