Outstanding image quality with Mini-LED | 1.5K local dimming zones | Immersive environment to focus on the surgical procedure
Local dimming, inherent to Mini-LED technology, enables precise brightness control across specific sections of the LED backlight, enhancing visual contrast by darkening the dark areas and brightening the light areas. This monitor, equipped with 1.5K local dimming zones, significantly enhances the dynamic contrast ratio to up to 1,000,000:1 and reaches a peak brightness of 2,000 cd/m².
Additionally, this local dimming technique may improve energy efficiency compared to traditional edge-lit backlight technologies, thereby prolonging the display's durability.
DCI-P3 98% (CIE1976)
With a wide color range of DCI-P3 98% (CIE1976), the 32HR734S provides a great level of detail with optimized image clarity and color accuracy.
Suitable for surgical environments | Optical bonding | Sharp and vibrant images
The 32HR734S is engineered with optical bonding technology, seamlessly integrating the backlight, module, and glass without any air gaps, and further enhanced with Anti-glare, Anti-reflection, and Anti-fingerprint coatings on the front glass. This combination significantly improves display readability by minimizing reflections and glare, ensuring that image clarity and color accuracy are optimized even in brightly lit environments. The elimination of air gaps reduces light dispersion and loss, resulting in sharper and more vibrant images.
Anti-glare coating
The anti-glare coating of optically bonded glass reduces screen glare and reflection, providing a clear display even in brightly lit operating rooms.
Anti-reflection coating
The anti-reflection coating of optically bonded glass minimizes the reflectance of visible light wavelengths, providing clear images.
Anti-fingerprint coating
The anti-fingerprint coating of optically bonded glass reduces contamination from fingerprints and smudges, contributing to a clear display of the surgical area.
IP45 (Front) & IP32 (Except for front) & IK06
With IP45 (Front) and IP32 (Except for front) ratings, the 32HR734S is suitable for surgical environments where blood and other bodily fluids are likely to splash. Additionally, this monitor offers high resistance to physical impact, as denoted by its IK06 rating.
12G-SDI support
The 32HR734S supports 12G-SDI, which enables long-distance transmission of 4K signals over a single coaxial cable.
9.7kg lightweight
With a lightweight design of 9.7kg, this surgical monitor is suited for mounting on surgical arms and pendants.
User convenience | Up to 4 PBP & PIP | Monitor various information on a single screen
As the 32HR734S supports up to 4 PBP & PIP, medical professionals can monitor various critical information streams concurrently on a single screen, enhancing operational efficiency and decision-making. For example, medical staff can view a combination of laparoscopic and fluoroscopic images while monitoring vital signs.
Clone screen
Using a Clone screen feature that replicates the entire display content onto a secondary monitor through HDMI output, members of the surgical team can visually monitor the progress of surgery which can help facilitate efficient collaboration and communication.
Outstanding image quality with Mini-LED | 1.5K local dimming zones | Immersive environment to focus on the surgical procedure
Local dimming, inherent to Mini-LED technology, enables precise brightness control across specific sections of the LED backlight, enhancing visual contrast by darkening the dark areas and brightening the light areas. This monitor, equipped with 1.5K local dimming zones, significantly enhances the dynamic contrast ratio to up to 1,000,000:1 and reaches a peak brightness of 2,000 cd/m².
Additionally, this local dimming technique may improve energy efficiency compared to traditional edge-lit backlight technologies, thereby prolonging the display's durability.
DCI-P3 98% (CIE1976)
With a wide color range of DCI-P3 98% (CIE1976), the 32HR734S provides a great level of detail with optimized image clarity and color accuracy.
Suitable for surgical environments | Optical bonding | Sharp and vibrant images
The 32HR734S is engineered with optical bonding technology, seamlessly integrating the backlight, module, and glass without any air gaps, and further enhanced with Anti-glare, Anti-reflection, and Anti-fingerprint coatings on the front glass. This combination significantly improves display readability by minimizing reflections and glare, ensuring that image clarity and color accuracy are optimized even in brightly lit environments. The elimination of air gaps reduces light dispersion and loss, resulting in sharper and more vibrant images.
Anti-glare coating
The anti-glare coating of optically bonded glass reduces screen glare and reflection, providing a clear display even in brightly lit operating rooms.
Anti-reflection coating
The anti-reflection coating of optically bonded glass minimizes the reflectance of visible light wavelengths, providing clear images.
Anti-fingerprint coating
The anti-fingerprint coating of optically bonded glass reduces contamination from fingerprints and smudges, contributing to a clear display of the surgical area.
IP45 (Front) & IP32 (Except for front) & IK06
With IP45 (Front) and IP32 (Except for front) ratings, the 32HR734S is suitable for surgical environments where blood and other bodily fluids are likely to splash. Additionally, this monitor offers high resistance to physical impact, as denoted by its IK06 rating.
12G-SDI support
The 32HR734S supports 12G-SDI, which enables long-distance transmission of 4K signals over a single coaxial cable.
9.7kg lightweight
With a lightweight design of 9.7kg, this surgical monitor is suited for mounting on surgical arms and pendants.
User convenience | Up to 4 PBP & PIP | Monitor various information on a single screen
As the 32HR734S supports up to 4 PBP & PIP, medical professionals can monitor various critical information streams concurrently on a single screen, enhancing operational efficiency and decision-making. For example, medical staff can view a combination of laparoscopic and fluoroscopic images while monitoring vital signs.
Clone screen
Using a Clone screen feature that replicates the entire display content onto a secondary monitor through HDMI output, members of the surgical team can visually monitor the progress of surgery which can help facilitate efficient collaboration and communication.