The Schmidt-Cassegrain optical system combines a long focal length with a compact optical tube assembly (OTA), making it lightweight and easy to transport. Light first passes through an aspherically figured Schmidt corrector plate, which directs it onto a spherical primary mirror. The light is then reflected to a secondary mirror and redirected through a central hole in the primary mirror to the focuser at the bottom of the OTA.

The Celestron EdgeHD is an aplanatic Schmidt-Cassegrain telescope designed to deliver distortion-free, sharp images across the entire visual and photographic field of view. Unlike standard Schmidt-Cassegrain designs, EdgeHD telescopes correct both off-axis star coma and field curvature, making them true astrographs. This ensures pinpoint stars and a flat focal plane, ideal for modern imaging sensors.

The Celestron EdgeHD telescope is an advanced aplanatic Schmidt-Cassegrain design that provides distortion-free, sharp images across the entire visual and photographic field of view. Unlike standard Schmidt-Cassegrain telescopes, the EdgeHD corrects both off-axis star coma and field curvature, making it a true astrograph. This ensures pinpoint stars and a flat focal plane, ideal for modern imaging sensors.

The Celestron EdgeHD telescope is an advanced aplanatic Schmidt-Cassegrain optical system designed to deliver distortion-free, sharp images across the entire visual and photographic field of view. Unlike standard Schmidt-Cassegrain telescopes, the EdgeHD corrects both off-axis star coma and field curvature, making it a true astrograph. This ensures pinpoint stars and a flat focal plane, ideal for modern imaging sensors.

This advanced astrograph is designed to make capturing breathtaking astrophotos effortless when paired with a modern DSLR or astronomical CCD camera. Its innovative optical design features a four-lens corrector made with rare earth glass, effectively minimizing chromatic aberration, coma, and field curvature. This level of optical quality and precision is unparalleled in its price range, delivering exceptional spot size across the entire image field while keeping vignetting to a minimum.

This advanced astrograph is designed to make capturing stunning astrophotos simple and efficient when paired with a modern DSLR or astronomical CCD camera. Its innovative optical design features a four-lens corrector made with rare earth glass, which effectively suppresses chromatic aberrations, coma, and field curvature. This level of optical quality, combined with minimal vignetting, is unmatched in its price range.

The NexImage Burst camera is designed to capture high-resolution images of the Sun, Moon, and planets. Its user-friendly design makes it especially suitable for beginners, while its advanced CMOS sensor ensures excellent performance for planetary imaging. Compatible with any telescope equipped with automatic tracking, this camera is a versatile tool for astrophotography.

The Photoline 80mm f/6 Triplet Apochromat, developed under the leadership of Teleskop Service, is a high-quality refractor featuring an FPL53 element from Ohara (Japan). It is designed as the ideal travel apochromat for both visual observation and astrophotography.

The ZWO ASI 678MM is a compact monochrome camera designed for astrophotography. This model improves upon the ASI 178MC by reducing noise levels and completely eliminating the amp-glow effect, making it an excellent choice for capturing high-quality images of celestial objects.

The ZWO ASI462MM is an advanced monochrome camera designed for astrophotography, particularly for planetary and lunar imaging. Featuring the Sony IMX462 sensor with a resolution of 2.1 megapixels (1936 x 1096 pixels) and a pixel size of 2.9 µm, this camera offers exceptional sensitivity, especially in the infrared spectrum.