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Experience astronomy with BRESSER

Large selection of telescopes and accessories - for beginners and professionals


The L-Pro Filter is the best choice for light pollution suppression and allows astrophotos to be taken of broadband emission objects such as galaxies, reflection nebulae and globular star clusters.
229,00 € * Shipping Weight 0.26 kg
The L-eXtreme is a two-band filter and the ideal choice for strong light pollution suppression. It allows astrophotography of objects with narrow-band emission in the O-III and H-alpha lines out of the city.
319,00 € *
The L-eNhance is a tri band filter and the ideal choice for enhanced light pollution suppression. It allows astrophotos to be taken of narrowband emission objects in O-III, H-Beta and H-Alpha lines out of the city.
229,00 € * Shipping Weight 0.26 kg
The L-eNhance is a tri band filter and the ideal choice for enhanced light pollution suppression. It allows astrophotos to be taken of narroband emission objects in O-III, H-Beta and H-Alpha lines out of the city.
209,00 € * Shipping Weight 0.26 kg
The L-Pro Filter is the best choice for light pollution suppression and allows astrophotos to be taken of broadband emission objects such as galaxies, reflection nebulae and globular star clusters.
169,00 € * Shipping Weight 0.26 kg
Sonnenfilter für 110-130mm Teleskope
31,90 € * Shipping Weight 0.2 kg
Solar Filter for 150-160mm Newtonians
41,90 € * Shipping Weight 0.25 kg
Filter 2" Red No.25
24,90 € * Shipping Weight 0.046 kg
Sale
EXPLORE SCIENTIFIC 1.25" H-Alpha Nebula Filter 12nm
The EXPLORE SCIENTIFIC H-Alpha filter allows photography of red glowing emission nebulae; ideal for use near cities, in slightly light-polluted skies.
115,00 € 58,00 € * Shipping Weight 0.26 kg
Filter 2" Orange No.21
24,90 € * Shipping Weight 0.046 kg

Telescope-Filters

Filters are a popular tool in the field of solar and planetary observation. They increase the contrast for certain details that are poorly or not at all to see without a filter. Basically, there are two problems with the observation: (1) over-exposure, the boundary between two regions of the observed object with different brightness "fraying" or simply blurred because the eye is overwhelmed with the contrast in bright light; and (2) adjacent areas have similar coloring, but only small differences in intensity. Both effects cause that the combination of eye-brain can no longer separate details and thus tries to show both objects as a single one.

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