Premium multi-layer interference filters, the finest obtainable. Use
broadband (”B”) filters to block most forms of light pollution; use
narrowband (”N”) filters in heavily light-polluted areas for for
extremely high-contrast observing of faint nebulae.
Premium multi-layer interference filters, the finest obtainable. Use
broadband (”B”) filters to block most forms of light pollution; use
narrowband (”N”) filters in heavily light-polluted areas for for
extremely high-contrast observing of faint nebulae.
Observe diffuse emission and planetary nebulae as you never thought
possible! Exclusive Meade 60-layer interference coating technology
isolates the 496nm and 501nm O-III lines to tremendously enhance
observable nebular structural detail in all telescopes.
Bandmate™ filters yield bright, sharp and contrasty images - even in the optically sensitive position in
front of the diagonal. Optical glass and red filtering allows for sharp and bright views of nebulae with
embedded star clusters - such as the Lagoon Nebula (M8).
Bandmate™ filters yield bright, sharp and contrasty images - even in the optically sensitive position in
front of the diagonal. Optical glass and red filtering allows for sharp and bright views of nebulae with
embedded star clusters - such as the Lagoon Nebula (M8).
Bandmate™ filters yield bright, sharp and contrasty images - even in the optically sensitive position in
front of the diagonal. Optical glass and red filtering allows for sharp and bright views of nebulae with
embedded star clusters - such as the Lagoon Nebula (M8).
For slight to moderately light-polluted areas.
Enhance your deep sky viewing with the latest in multi-layer coating
technology. Over three years in development. Our filters transmit
desired wave-lengths in a very steep slope vs. gentle transition
slopes in competitive brands. This means better contrast and overall
performance.
For Horsehead, California nebula and other faint nebulae.
Enhance your deep sky viewing with the latest in multi-layer coating
technology. Over three years in development. Our filters transmit
desired wave-lengths in a very steep slope vs. gentle transition
slopes in competitive brands. This means better contrast and overall
performance.
For heavily light polluted areas.
Enhance your deep sky viewing with the latest in multi-layer coating
technology. Over three years in development. Our filters transmit
desired wave-lengths in a very steep slope vs. gentle transition
slopes in competitive brands. This means better contrast and overall
performance.
For diffuse and planetary nebulae
Enhance your deep sky viewing with the latest in multi-layer coating
technology. Over three years in development. Our filters transmit
desired wave-lengths in a very steep slope vs. gentle transition
slopes in competitive brands. This means better contrast and overall
performance.
