The small ToupTek 2210 offers optimal performance for planetary imaging and driving. Low readout noise, high dynamic range, peak QE>750%, AR protection window and much more! It uses the SMARTSENSE SC2210 1/1.8" sensor and has 1920x1080 pixels while the pixel size is 4.00 μm.

The 1.0x flattener does not change the focal ratio of the telescope itself. After being attached to the Askar 185APO, it maintained a focal ratio of 7. The flattener corrects field curvature and coma, resulting in flatter field edges and finer star points.

The 1.0x flattener does not change the focal ratio of the telescope itself. After attaching it to the Askar 140APO, it still maintained a focal ratio of 7. The flattener corrects field curvature and coma, resulting in flatter field edges and finer star points.

The 1.0x flattener does not change the focal ratio of the telescope. After attaching it to the Askar 120APO, it maintained a focal ratio of 7. The reducer corrects field curvature and coma, resulting in flatter field edges and sharper star points.

The 1x flattener does not change the focal ratio of the telescope. After being attached to the Askar 103APO, it still maintained a focal length of f/6.8. The flattener corrects field curvature and coma, resulting in flatter field edges and finer star points.

Astronomical OSC camera with large full well capacity. ASI585MC adopts Sony IMX585 CMOS sensor. As one of ZWO's latest OSC planetary cameras, it features a large sensor format of 1/1.2", a high resolution of 3840X2160, and a surprisingly amazing characteristic of ZERO AMP GLOW! The pixel size is 2.9umX2.9um. In 12-bit mode, it produces 46.9 FPS with super low readout noise!

OSC planetary camera with low noise. ASI678MC adopts Sony's latest generation sensor IMX678 with excellent near infrared response. With the advantages of large full well capacity, high dynamic range and low readout noise, this camera has been tested and found to have perfect performance in planetary imaging, solar and lunar imaging.

The ASI715MC is a sensitive color camera with a 1/2.8" sensor and 8.46 megapixel resolution. With the Sony STARVIS technology used, this camera has low readout noise (0.72e) and ultra-high sensitivity, making it ideal for astronomical imaging of the planets and smaller deep-sky objects and also for microscope photography.

The new ZWO ASI2600MC DUO camera is the first camera in the world to use the Sony ExMor IMX571 sensor in combination with the monochrome SC2210 sensor for the integrated guide!

Flatfield box by Teleskop-Service for perfect astro images with latest LED technology and adjustable brightness - for astrophotography with telescopes up to 210mm

Flatfield box by Teleskop-Service for perfect astro images with latest LED technology and adjustable brightness - for astrophotography with telescopes up to 160mm

The Bahtinov mask in astrophotography is very useful as it allows you to understand when the ideal focus for the instrument has been reached.

The Bahtinov mask in astrophotography is very useful as it allows you to understand when the ideal focus for the instrument has been reached.

The Bahtinov mask in astrophotography is very useful as it allows you to understand when the ideal focus for the instrument has been reached.

The Bahtinov mask in astrophotography is very useful as it allows you to understand when the ideal focus for the instrument has been reached.

The Bahtinov mask in astrophotography is very useful as it allows you to understand when the ideal focus for the instrument has been reached.