Description
LG 32HR734S-W 31.5″ 4K Mini-LED Surgical Monitor
Boasting the exceptional picture quality of LG Mini-LED technology, the LG 32HR734S-W provides brilliant and true-to-life images with a high level of detail, allowing surgeons to experience an immersive environment to focus entirely on the surgical procedure and operate precisely. Local Dimming, inherent to Mini-LED technology, enables precise brightness control across the entire 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 up to 1,000,000 : 1 and reaches a peak brightness up to 2,000 cd/m². Additionally, the Local Dimming technique used in this Mini-LED monitor may improve energy efficiency compared to traditional edge-lit backlight technologies, thereby prolonging the life of the display.
The 32HR734S is engineered with optical bonding technology, seamlessly integrating the backlight, module, and glass without any air gaps, 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 response are optimized even in brightly lit environments.
The 32HR734S supports both 4PBP (Picture-by-Picture) and PIP (Picture-in-Picture), allowing it to display input from up to four different sources simultaneously or overlay one input on another. These features enable medical professionals to monitor various critical information streams concurrently on a single screen, enhancing operational efficiency and decision-making. For example, using the 32HR734S, medical staff can view a combination of laparoscopic and endoscopic images while monitoring vital signs.
The 32HR734SW features a Clone Screen function that replicates the entire display content onto a secondary monitor, even with advanced settings like PIP or PBP. The Clone Screen functionality is facilitated through the HDMI output. By using Clone Screen, surgical team members can visually monitor the progress of the surgery, which can help facilitate efficient collaboration and communication.
Mirror Mode and Rotation Mode allow users to adjust the display for optimal viewing, whether flipping the image horizontally or rotating it 180 degrees to match the orientation of the surgical camera.
The Failover Input Switch feature on this monitor ensures uninterrupted video signal by automatically switching to an alternative video source if the primary input fails. This function is
compatible across all interfaces, including HDMI, SDI, DVI, and DP, offering flexibility in setup and redundancy in signal sources. Particularly for 12G-SDI, the system can automatically switch from the primary input to the next available input if a signal loss is detected. This seamless transition between inputs minimizes disruptions and ensures consistent video output, essential for
surgical applications where continuity and image clarity are critical.
