Celestron Omni Series 1-1/4 6MM Eyepiece and 2x Barlow Lens For Sale
When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
Celestron Omni Series 1-1/4 6MM Eyepiece and 2x Barlow Lens:
$78.30
About this item: Two essential pieces in one package, the perfect combination: 1 Celestron Eyepiece 6mm and 1 Celestron 2x Barlow Lens.
Celestron Omni 6mm eyepiece (1 piece)
- Omni eyepieces offer a quality 4-element Plossl optical design at a super affordable price
- Rubber eyecups provide comfort and increase contrast. Leave them up or fold them down when wearing eyeglasses.
- Beautiful matte aluminum barrels and blackened lens edges prevent internal reflections
- 1.25” barrels are threaded to accept filter
Celestron Omni series eyepieces offer a 50º apparent field of view, perfect for the Moon, planets, and a plethora of deep-sky objects. The premium four-element optical set is finished with multiple layers of high-transmission coatings for clear, sharp images. The edges of the optics are blackened for increased contrast. The Omni eyepiece body is made of aluminum. A two-step anodizing process results in a beautiful matte finish that resists reflections and glare. Each eyepiece in the Omni Series includes a black rubber eyecup. It can be left up or folded down for better observations while wearing eyeglasses. Models with a longer barrel (15 mm, 32 mm, 40 mm) include a rubberized grip for non-slip handling during observing sessions. The insert barrel is threaded to accept 1.25” filters. - Threaded barrels accept 1-1/4\" Celestron thread-in filters Celestron Omni 2X Barlow Lens(1 piece)
- Double the magnification of each eyepiece you own with the Omni 2X Barlow Lens
- Keep the eye relief of your eyepieces while getting 2X the power
- Slides into 1.25” focusers and diagonals and accepts 1.25” eyepieces
- Fully multi-coated optics with blackened edges for good light transmission and minimal reflections