BOE B3GV185FHM monitor has become a high-quality choice in the medical image display field with its professional-grade parameter configuration. The following is an analysis of its advantages from the perspective of medical applications:

1. High resolution and accurate display

High-definition (1920 x 1080) resolution: the screen size of this LCD screen is 18.5 inches, with a screen resolution of 1920 x 1080 pixels, which can display a clear and detailed picture, so that users can enjoy a more realistic visual experience. At the same time, it also features high brightness and high contrast ratio, making the screen display even better. It is able to clearly present subtle lesions and meet the detailed display needs of X-ray, CT and other images.

IPS panel technology: 178 ° wide viewing angle to ensure that the color is consistent from any angle, and the doctor can accurately read the position of multiple consultations.

2. Professional color performance

1200:1 High Contrast Ratio: Enhance the sense of image hierarchy and help identify differences in tissue density.

16.7M true color display: accurately restore the color of the tissue, especially important for dermatology and pathology diagnosis.

3. Medical grade reliability

Anti-glare surface treatment: reduces interference from ambient light and reduces visual fatigue caused by long-time film reading.

High stability: -30 ~ 80 °C operating temperature, adaptable to most environments.

4. Touch screen options

Can be used with WIWO 18.5 inch capacitive touch screen(025ACSR185GG-V2.0). In addition to our standard products, we can also customize antimicrobial touchscreens, which can be better adapted to medical application environments.

With the performance standards of professional medical displays, BOE B3GV185FHM provides reliable visual guarantee for accurate diagnosis, making it an ideal choice for medical equipment upgrades. Its balanced performance parameters and stability are especially suitable for medical environments that require high-precision displays over long periods of time.