Actually, this system won't hold up well in extremely dusty or high-humidity OR environments—teh CMOS sensors are sensitive and the fan cooling draws in particulates, so you'll want a clean room or controlled OR setting for best results. 2. We've seen it perform best in hepatobiliary and urology suites where fluorescence-guided dissection matters more than sheer ruggedness, and most buyers go with the 32-inch monitor because the 55-inch eats up sterile field space fast. 3. It's got four 1/2.8-inch CMOS sensors running 9 million pixels each—that's 3840x2160 native output at 2100 TV lines—and the minimal illumination floor is 0.5 lux, so it handles low-light fluorescence modes without crushing blacks. 4. Signal-to-noise ratio sits above 50 dB, which isn't class-leading (some are at 55 dB), but the real win here is the HDMI 2.0 and 3G-SDI outputs together—you can pipe 4K to one display and a backup 1080p to another simultaneously. 5. The ICG fluorescence mode uses a 780nm excitation band, and what it does is toggle between white light and NIR with a foot pedal (usually included), and cable on the handle is 2.8 meters—give or take—though you can custom-order longer (3.5 to 5 meters) with 2-week lead time. 6. MOQ is 5 units for new accounts, with CE and FDA certs on file per batch, and pricing roughly $18,500-$22,000 depending on whether you want the 32-inch or 55-inch monitor configuration.


It’s CE, FDA, and ISO13485 certified, so it meets international medical device standards for safety and quality.
Yes, the standard cable is 2.8m, but we can adjust the length based on your surgical setup requirements.
It needs just 0.5 Lux, meaning it performs well even in low-light conditions during procedures.
It supports HDMI2.0, 3G-SDI, DVI, and USB3.0, giving you flexible connectivity for monitors or recording devices.
It’s built for thoracic surgery, urology, hepatobiliary surgery, gastrointestinal surgery, and gynecology.