ZWO ASI 461MM PRO Monochrome Camera

The ZWO ASI 461MM PRO is a state-of-the-art monochrome camera designed for advanced astrophotographers. With its ultra-high-resolution full-frame CMOS sensor and innovative features, it excels in capturing breath taking details of both deep-sky objects and planets. Its precision engineering and superior performance make it a top-tier choice for those seeking unmatched image quality.

ZWO ASI 461MM PRO Unrivalled Imaging Performance

Featuring a massive full-frame sensor with a resolution exceeding 150 megapixels, the ZWO ASI 461MM PRO offers extraordinary detail and expansive fields of view. Its high quantum efficiency ensures excellent light capture, while ultra-low read noise and advanced cooling technology guarantee crisp, noise-free images even in long exposures.

Key Features of the ZWO ASI 461MM PRO

• Ultra-High Resolution: Full-frame CMOS sensor with an unprecedented resolution for unparalleled detail.
• Exceptional Low Noise: Ultra-low read noise ensures clean, high-quality imaging.
• Dual TEC Cooling: Two-stage cooling minimizes thermal noise, perfect for extended imaging sessions.
• Broad Compatibility: Seamlessly integrates with a variety of telescopes, mounts, and accessories.
• Wide Dynamic Range: Captures the faintest and brightest celestial details with incredible precision.

Applications

The ZWO ASI461MM PRO is ideal for astrophotography applications requiring exceptional resolution and sensitivity. Its massive sensor is perfect for imaging expansive nebulae, galaxies, star clusters, and more, while also excelling in planetary photography with outstanding detail and contrast.

Specifications

• Sensor Type: Full-frame monochrome CMOS
• Resolution: Over 150 megapixels
• Pixel Size: [Pixel Size in Microns]
• Cooling: 2-stage TEC cooling
• Interface: USB 3.0 and 12V external power
• Weight: [Weight]

The ZWO ASI 461MM PRO sets a new standard for astrophotography cameras. With its cutting-edge features and superior image quality, it’s the perfect tool for capturing the wonders of the universe in stunning detail.