ZWO New LRGB Filters Optimized for CMOS: Enhanced Imaging for ASI1600

The ZWO New LRGB Filters, optimized for CMOS sensors like in the ASI1600, are an advanced solution for astrophotographers seeking to capture vibrant and balanced celestial images. With improved transmission, coating, and color separation, these filters are designed to equalize flux on CMOS sensors, significantly enhancing the quality of astrophotographs.

Key Features:

CMOS Sensor Optimization: Specifically designed for CMOS cameras, offering balanced flux.
Size and Compatibility: 1.25″ filters fitting standard filter wheels and accessories.
Thickness: 5.5 mm base plus 2.5 mm thread, totaling 8 mm; parfocal thickness at 1.9±0.03 mm.
M28.5*0.6 Thread: Standardized threading for secure and easy attachment.
Balanced Color Weights: Approximate 1:1:1 RGB color combine for natural color rendering.
High Transmission Rate: Over 92% transmission at passband, capturing brighter and clearer images.
Infrared Cut-Off: Effectively blocks 700-1100 nm wavelengths, enhancing clarity and detail.
Precision Blocking: Off-band blocking for superior image contrast.
Anti-Reflection Coating: Multi-layered coating to minimize light pollution effects.
Optical Polishing: Fine-optically polished to ensure an accurate 1/4 wavefront.

The ZWO New LRGB Filters are a top-tier choice for astrophotographers using CMOS sensors, like the ASI1600, who desire precise color balance, high transmission rates, and reduced light pollution impact in their astrophotography endeavors.

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ZWO New LRGB optimized for 1600 thickness 1.9mm

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