Omegon Camera veTEC 432 C Color (63070)
1404.41 $
Tax included
The Omegon Pro veTEC 432 is a professional deep-sky camera, ideal for capturing wide nebulae, star fields, and the lunar surface. With its very large pixels and thermoelectric cooling, it excels in deep-sky photography, especially with long focal lengths. It is also suitable for lunar, planetary, and solar imaging.
Omegon Camera veTEC 432 M Mono (63069)
1404.41 $
Tax included
The Omegon Pro veTEC 432 is a professional deep-sky camera designed for astrophotography with long focal lengths. Thanks to its very large pixels and thermoelectric cooling, this camera excels at capturing faint details in deep-sky objects. It is also suitable for lunar, planetary, and solar imaging.
QHY Camera 695A Mono (54780)
3753.13 $
Tax included
Experience the exceptional performance of the ALccd-QHY 695A, featuring the highly sensitive SONY ExView II CCD sensor ICX695 with an impressive quantum efficiency nearing 80%. With its six-megapixel capacity, this sensor delivers stunningly low-noise images, enhanced by the efficient two-stage Peltier cooling system, achieving a remarkable delta T of 45° to minimize thermal noise.
QHY Camera 163 cool Mono (54776)
1310.54 $
Tax included
The QHY Camera 163 Cool Mono is a high-performance cooled monochrome astrophotography camera, ideal for capturing detailed images of the Moon, planets, nebulae, and galaxies. Featuring a sensitive Panasonic CMOS sensor and active cooling, this camera is designed for deep-sky imaging where low noise and long exposures are essential. Its compact and lightweight design makes it suitable for a variety of telescope setups, and the electronic shutter allows for precise exposure control.
QHY Camera 268C Color (83337)
2207.72 $
Tax included
The QHY Camera 268C Color is a high-resolution cooled color astrophotography camera featuring a back-illuminated CMOS sensor. This advanced sensor design improves sensitivity by allowing more photons to reach the photosensitive layer, increasing quantum efficiency and making the camera highly effective for capturing faint celestial objects. With its large sensor, active cooling, and high bit depth, the QHY 268C is ideal for deep-sky imaging, as well as lunar and planetary photography.
QHY Camera 600PH-M Mono (84754)
5054.28 $
Tax included
The QHY Camera 600PH-M Mono is a high-resolution, cooled monochrome astrophotography camera designed for advanced imaging tasks such as deep-sky, lunar, planetary, and even all-sky observations. It features a large, back-illuminated CMOS sensor for exceptional sensitivity, advanced cooling and anti-dew technology, and robust sealing to prevent humidity and condensation. The camera is ideal for users who require precise control for techniques like LRGB and narrowband imaging, as well as scientific applications like spectrometry and photometry.
QHY Camera 600PH-C Color (84755)
5054.28 $
Tax included
The QHY Camera 600PH-C Color is a high-resolution, cooled color astrophotography camera built for capturing detailed images of the Moon, planets, nebulae, and galaxies. It features a large, back-illuminated CMOS sensor for outstanding sensitivity, advanced cooling with anti-dew technology, and a robust sealed design to prevent condensation and humidity issues. This camera is ideal for users seeking the convenience of direct RGB imaging without the need for additional filters or filter wheels.
QHY Camera 268M Mono (83338)
2677.45 $
Tax included
The QHY Camera 268M Mono is a cooled monochrome astrophotography camera designed for high-sensitivity imaging of the Moon, planets, nebulae, and galaxies. It features a back-illuminated CMOS sensor, which allows more light to reach the photosensitive layer by positioning the wiring beneath it. This design increases quantum efficiency, making the camera especially effective for capturing faint astronomical objects.
QHY Camera 294M Pro Mono (85058)
1456.16 $
Tax included
The QHY Camera 294M Pro Mono is a cooled monochrome astrophotography camera designed for high sensitivity and versatility in capturing detailed images of the Moon, planets, nebulae, and galaxies. It features a back-illuminated CMOS sensor, which allows more photons to reach the photosensitive layer by placing the wiring beneath it. This design increases quantum efficiency, making the camera especially effective for imaging faint astronomical objects.