The ZWO ASI6200MC Pro is a color astronomical camera designed for demanding astrophotographers seeking exceptional resolution and uncompromising image quality. .
CHF 3'388.00incl. Swiss VAT
Visit ZWO ASI6200MC Pro is a color astronomical camera designed for discerning astrophotographers looking for a exceptional resolution and uncompromising image quality. Its Sony IMX455 full-frame back-illuminated sensor, measuring 61.2 megapixels allows it to capture an impressive amount of detail, while maintaining excellent sensitivity and a wide dynamic range. It is a particularly effective solution for photographing deep-sky objects, especially nebulae, galaxies, and large sky fields.
With its modern design, high-performance cooling system, and numerous technologies tailored for astrophotography, the ASI6200MC Pro combines the advantages of a high-resolution camera with those of a system designed for long exposures. It thus enables you to capture detailed, rich, and exceptionally clean color images, even during long exposure sessions.
At the heart of the ASI6200MC Pro is the Sony IMX455 back-illuminated, a full-frame CMOS sensor with a resolution of 9,576 x 6,388 pixels, or 61.2 megapixels. This exceptionally high resolution makes it possible to capture a considerable amount of information and preserve a great deal of detail during image processing.
With pixels of 3.76 µm, the sensor combines resolution and sensitivity to produce sharp, detailed images. Its large format is particularly appealing to astrophotographers who want to capture large areas of the sky while maintaining excellent resolution. Extensive nebulae and galaxies are thus captured with remarkable detail, while wide-field images take full advantage of the sensor’s large surface area.
The ASI6200MC Pro features a 16-bit native analog-to-digital converter, capable of delivering a dynamic range of up to 14 stops. This significant dynamic range makes it possible to accurately reproduce the subtle differences in brightness found in an astronomical scene.
This allows for the capture of very bright areas and faint signals with greater nuance. This feature is particularly important when processing deep-sky images, where astrophotographers seek to reveal the faintest details without losing the information present in the brighter regions.
During long exposures, the ASI6200MC Pro features technology that Removal of the Amp Glow. This stray light, which is typically visible on certain CMOS cameras during long exposures at high gain, can complicate image processing.
Thanks to this design, the camera produces exceptionally clean and uniform images, which makes it easier to process image sequences intended for stacking. This feature is particularly valuable during long observing sessions focused on faint deep-sky objects.
To reduce the thermal noise generated by the sensor, the camera includes a two-stage TEC cooling system. This allows the sensor temperature to be lowered to 35 °C below room temperature.
This cooling plays a crucial role during long exposures, especially when outdoor temperatures are high. By effectively reducing thermal noise, it produces cleaner images and makes it easier to detect faint astronomical signals.
The camera also features dark current reduction technology. Dark current can be as low as 0.0017 e⁻/s/pixel at 0 °C, helping to further improve the quality of long-exposure images.
The sensor's protective glass incorporates a polyimide heating element designed to prevent condensation from forming. This solution helps keep the optical surface clear when humidity is high or when temperatures fluctuate overnight.
The ASI6200MC Pro also features three sets of push-pull screws allowing for precise adjustment of the sensor’s tilt. This feature is particularly useful for correcting tilt issues and achieving better focus consistency across the entire frame, especially with a demanding full-frame sensor.
Data transfers are handled by an interface USB 3.0, designed to handle the high data throughput generated by 61.2 MP acquisitions. A 512 MB DDR3 buffer memory complements the system to effectively manage data before it is transferred to the computer.
This buffer is particularly useful during high-speed acquisitions, burst sequences, or when using the Live View. Despite its large full-frame sensor, the camera also remains relatively lightweight at just 0.7 kg, making it easy to integrate into various astrophotography setups.
| Features | ZWO ASI6200MC Pro |
|---|---|
| Type | Cooled color astronomical camera |
| Sensor | Sony IMX455 full-frame back-illuminated sensor |
| Resolution | 61.2 MP – 9,576 x 6,388 pixels |
| Pixel size | 3.76 µm |
| A/D Conversion | 16 bits |
| Dynamic range | Up to 14 stops |
| Amp Glow | Removing the Amp Glow |
| Cooling | TEC, 2 levels, up to 35 °C below ambient temperature |
| Dark current | 0.0017 e⁻/s/pixel at 0 °C |
| Anti-fog protection | Integrated polyimide heater |
| Buffer memory | 512 MB DDR3 |
| Interface | USB 3.0 |
| Sensor Adjustment | 3 sets of push-pull screws |
| Weight | 0.7 kg |
With its 61.2 MP Sony IMX455 full-frame sensor, its 16-bit conversion, its high-performance TEC cooling, and its Amp Glow suppression technology, the ZWO ASI6200MC Pro is designed for astrophotographers who want to harness the full potential of high-resolution color imaging. Its low thermal noise, protection against condensation, tilt adjustment, and 512 MB buffer make it a particularly well-rounded camera for challenging deep-sky observations.
Documentation and Compatibility: ZWO official data sheet.
Official illustration common to all variants in this product line. The part number and specifications listed on this sheet identify the version being sold.
