Winmate 32" 4K UHD Color Surgical Display M320TF
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- 32" Display with UHD 4K (3840 x 2160) native resolution
- Thin and compact design with impact resistant screen
- 3D Look Up Table (LUT) providing rich and deep depth perception
- Built-in stereo speakers and common 3.5mm input and output jacks, will alleviate the issue for an additional speaker system
- Fanless and ventless design, easy-to-clean
- Compatible with existing imaging systems
- Antimicrobial Surface Coating
Winmate's Healthcare Display complies with several international healthcare and patient safety standards UL60601/ISO13485. These displays can be found in health centers, clinical research laboratories, and patient care units. Plus, the antimicrobial housing helps to prevent the spread of bacteria and contaminants.
Wide Viewing Angle
The wide-view angle found in surgical displays allows health professionals to see accurate and consistent images from different angles. Surgical displays often have two or more people viewing the screen simultaneously from different positions in the room.
Winmate's 4K UHD Healthcare Display supports multi-tasking and simultaneous image viewing. The picture-in-picture (PIP) function separates the screen into two parts, where one source device is displayed on the main screen while another is shown as an inset window. The picture-by-Picture (PBP) function separates the screen in half by simultaneously displaying the output from two different source devices.
Convenient User Controls
Physical buttons or PCAP multi-touch support enables quick access to display settings, making these healthcare-grade displays a reliable solution where human-interface interaction is involved. Accessing menu settings through physical buttons is not an option in sterilized environments; hence the infrared remote control offers the ability to manage the display settings remotely to prevent cross-contamination.
Backlight Sensor and Ambient Light Sensor
Healthcare-grade displays can typically detect and adjust backlight levels. A backlight sensor continuously monitors and stabilizes the brightness/ luminance output to project stable image viewability. The ambient light sensor helps the Human Visual System (HVS) to adapt to changing light conditions for a consistent user experience.