Baader Filters UHC-L 50x50mm (78087)
1116.86 lei
Tax included
The Baader UHC-L filter is a versatile anti-light pollution filter designed to block emissions from LED lamps in the blue part of the spectrum. It features two pass bands that transmit light emitted by all known emission nebulae, including the H-alpha and H-beta lines of fluorescent hydrogen and the OIII oxygen line.
Baader Filters UHC-L 65x65mm (78088)
1563.57 lei
Tax included
The Baader UHC-L filter is an all-purpose anti-light pollution filter designed to block emissions from LED lamps in the blue part of the spectrum. It features two pass bands that allow light transmission from all known emission nebulae, including the H-alpha and H-beta lines of fluorescent hydrogen and the OIII oxygen line. This filter effectively reduces stray light from LED and traditional street lamps, blocks bluish car headlights, and minimizes the natural night sky glow (airglow/skyglow).
Baader Filters OIII CMOS Ultra-Narrowband 1.25" (70879)
990.94 lei
Tax included
The OIII filters allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.
Baader Filters OIII CMOS Ultra-Narrowband 31mm (70880)
1068.13 lei
Tax included
The OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.
Baader Filters OIII CMOS Ultra-Narrowband 36mm (70881)
1279.27 lei
Tax included
The OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.
Baader Filters OIII CMOS Ultra-Narrowband 2" (70882)
1449.85 lei
Tax included
The OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.
Baader Filters OIII CMOS Ultra-Narrowband 50.4mm (70883)
1563.57 lei
Tax included
The OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.
Baader Filters OIII CMOS Ultra-Narrowband 50x50mm (70884)
1600.15 lei
Tax included
The OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.
Baader Filters OIII CMOS Ultra-Narrowband 65x65mm (70885)
2132.17 lei
Tax included
The OIII filters are designed to allow only light with a wavelength of 501 nanometers to pass through, corresponding to the spectrum lines of double-ionized oxygen. These lines are emitted by planetary nebulae and some emission nebulae, ensuring these objects remain visible while blocking out other light sources. This filtering effect enhances contrast and makes faint nebulae visible for the first time.