High-Definition 154mm Double Separation Objective Lenses for Astronomical Telescopes - 750mm/1200mm Focal Length Options(D154F1200 Single-Layer)
Prices from
COMPARE ALL WEBSHOPS
(2)
Amazon
Premium 154mm objective lenses devised for refractive astronomical telescopes, enhancing your stargazing experience. Available in two focal lengths: 750mm and 1200mm, allowing for versatile applications in astronomical observation. Features optional multi-layer broadband coating (400-700nm) or single blue film layer for superior light transmission and image clarity. Precision-engineered with a diameter tolerance of +0/-0.12mm and focal length tolerance of ±0.1% for optimal performance. Ideal for DIY assembly, these lenses are perfect for upgrading or building your own astronomical telescope setup.
Read more
1,242.05
Featured
|
€ 1,242.05 |
To Shop
|
|
€ 1,242.05 |
To Shop
|
Description
Amazon
Premium 154mm objective lenses devised for refractive astronomical telescopes, enhancing your stargazing experience. Available in two focal lengths: 750mm and 1200mm, allowing for versatile applications in astronomical observation. Features optional multi-layer broadband coating (400-700nm) or single blue film layer for superior light transmission and image clarity. Precision-engineered with a diameter tolerance of +0/-0.12mm and focal length tolerance of ±0.1% for optimal performance. Ideal for DIY assembly, these lenses are perfect for upgrading or building your own astronomical telescope setup.
Premium 154mm objective lenses devised for refractive astronomical telescopes, enhancing your stargazing experience. Available in two focal lengths: 750mm and 1200mm, allowing for versatile applications in astronomical observation. Features optional multi-layer broadband coating (400-700nm) or single blue film layer for superior light transmission and image clarity. Precision-engineered with a diameter tolerance of +0/-0.12mm and focal length tolerance of ±0.1% for optimal performance. Ideal for DIY assembly, these lenses are perfect for upgrading or building your own astronomical telescope setup.