Introducing the 4K Fluorescence Endoscope Camera System, a groundbreaking advancement in endoscopic imaging. Equipped with a backside-illuminated CMOS sensor that delivers a 30% SNR boost over its previous generation, this system ensures unmatched clarity and precision. The tower's 4K resolution of 3840 x 2160 pixels offers ultra-detailed visuals for surgeons, while its IPX8 protection supports both immersion disinfection and advanced sterilization methods like ethylene/plasma.
With 26Gbps ultra-high-speed data transfer, the system guarantees real-time imaging with minimal latency. Its dual-sensor fluorescence technology allows for enhanced contrast in complex surgical procedures, and the adaptive auto-exposure keeps images bright and stable throughout. The optional autofocus camera ensures instant clarity with snap focus within 0.5 seconds, making it an indispensable tool for modern surgeries.
- Pre-set surgical scenarios with one-touch switching
- Built-in 4K video storage
- One-touch full-screen/split-screen toggle
- 7-inch smart LCD touchscreen
Fluorescence Light Source:
- 20-level brightness adjustment One-touch fluorescence/white mode toggle & sleep mode
- Service life ≥30,000 hours
- Color temperature range: 3,000-7,000K
- 7-inch smart LCD touchscreen
4K Smart Fluorescence Camera:
- One-touch auto-focus with edge adjustment for sharp imaging
- AWB button for automatic white balance calibration
- Customizable button functions per surgeon preference
- White light, Fluorescence, Fusion, Grayscale gradient
4K Fluorescence Laparoscope:
- Ultra-high resolution compatible with 4K imaging systems
- Autoclavable & plasma sterilization compatible
- Full medical-grade stainless steel endoscope body
- Sapphire protective window with scratch-resistant coating
4K Medical Monitor:
- 3840x2160 ultra-high-definition image output, showing richer textures and more accurate tissue identification
- Wider color gamut, truly restore the color of organs and tissues, and locate blood vessels, lymph nodes and nerves faster
With 4K UHD resolution (3840×2160), the system provides clearer observation of microvasculature and pathological tissue contours, enabling better differentiation of tissue boundaries (e.g., fat, nerves, and vascular junctions).