Healnoc -Model 4K NIR/ICG -Imaging System
With the development of the imaging technology and the actual clinical demands of minimally invasive surgeons, based on 4K technology, the increase in functionality such as ICG fluorescence navigation/tracing and 3D stereoscopic display has driven the imaging systems from "clear" to "precise". Indocyanine green (ICG) and near infrared (NIR) imaging systems applied in minimally invasive surgeries can help surgeons better observe the shape of blood vessels, lymphatic vessels, biliary system, etc., confirm the location of lymph nodes, and assist in locating the location and boundary of primary tumor and metastasis. On the basis of ensuring "clear vision", focus on the key indicators such as the clarity and sensitivity of the fluorescence path, as well as the accuracy and synchronization of the fusion of the visible light and fluorescence paths, so as to achieve "precise vision."
Part 1
Strong Fluorescence View Details at A Glance
Part 2
- 4K@60fps Full Imaging Chain
- BT.2020 Wide Color Range
- Detail Presentation of the Overlay Area
- 4K@60fps Full Imaging Chain
- BT.2020 Wide Color Range
4K resolution: 3840 × 2160
- 4K resolution is 4 times of full HD
- Fine rendering of tiny blood vessels, tissues and fascia
The color range of BT.709 only cover 35.9% of BT.2020.
With 4K resolution, it can display fine anatomical structure and improve the accuracy of surgical operation.
Part 3
- High Sensitivity
- High Synchronization Rate
- High Precision
Strong Fluorescence View Details at A Glance
High sensitivity
High QE response performance sensor + high transmittance optical system design, greatly enhancing the fluorescence response performance, and presenting high fluorescence color in gradient form according to the intensity of the fluorescence signal; The signal-to-noise ratio of the system fluorescence signal and the penetration depth are double improved, eliminating the false and reveal the true image, the deep fine tissue can be seen at a glance, reducing the amount of ICG injection in patients, improving operation efficiency and prognosis.
Quasi-development Real-time Synchronisation
High synchronization rate
Unique patented algorithm + dual-way exposure time control, two-way stabilization strategy efficiently solves the fluorescence drift phenomenon and ensures that the fluorescence position is accurate and synchronized in real time.
Precision Fusion to Eliminate Overlapping Images
High precision
Pixel-level six-axis fluorescence fusion technology + ultra-high precision image registration algorithm, accurately superimpose fluorescence images, no ghosting, no deviation, and all image details are preserved.
Part 4
New Language Design
Part 5
- 4K Recording
- Immersive
- H.265 Technology
- Efficient Transmission
4K Recording Immersive Sense
H.265 Technology for Efficient Transmission
Adopts new generation video coding technology
Smooth transmission of high-quality sound and picture video Save bandwidth and storage space at the same time Save 50% on storage space and 50% on bandwidth usage