AutoFocus, Automatic Scene Recognition and the Intelligent Image Algorithm work together to present high quality images. Breakthroughs in fluorescence imaging technology make hidden lesions and stained boundaries truly visible, allowing for more accurate surgical navigation.
The perfect combination of mechanical structure, optical design, and the powerful computing power of the new imaging chip brings effective precision focusing and reduces manual operations, allowing the surgeon to focus on the surgery with a perfect image.
The integration of the new generation hardware platform with novel software algorithms greatly elevates image performance. AutoFocus, Automatic Scene Recognition and the Intelligent Image Algorithm work together to present high quality images. Breakthroughs in fluorescence imaging technology make hidden lesions and stained boundaries truly visible, allowing for more accurate surgical navigation.
The UX series, based on full-chain R&D, is quickly becoming a platform capable of further evolution, which holds great promise for value creation and more possibilities.
The perfect combination of mechanical structure, optical design, and the powerful computing power of the new imaging chip brings effective precision focusing and reduces manual operations, allowing the surgeon to focus on the surgery with a perfect image.
Smart exposure: Determine different detection areas according to different scene and accurately match the exposure parameters without the need to manually switch department modes.
Intelligent recognition of endoscope type and automatic adjustment with adaptive zoom reduces the need for repeated manual adjustment, and ensures ideal visibility for different surgeries.
4K high-quality video recording vividly reproduces the whole process of surgery, bringing quality academic sharing. Meanwhile, Variable BitRate and H.265 encoding reduce the file size of the same quality by 50%, meaning less worry about storage.
The integration of the new generation hardware platform with novel software algorithms greatly elevates image performance. AutoFocus, Automatic Scene Recognition and the Intelligent Image Algorithm work together to present high quality images. Breakthroughs in fluorescence imaging technology make hidden lesions and stained boundaries truly visible, allowing for more accurate surgical navigation.
The UX series, based on full-chain R&D, is quickly becoming a platform capable of further evolution, which holds great promise for value creation and more possibilities.
The perfect combination of mechanical structure, optical design, and the powerful computing power of the new imaging chip brings effective precision focusing and reduces manual operations, allowing the surgeon to focus on the surgery with a perfect image.
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