Description
The HT-HVM24 is a 24 in medical-grade HD monitor engineered for clinical and hospital environments – it provides clear, native 1920×1080 resolution at 60Hz for accurate image display. This model is intended to deliver reliable visualization of clinical workflows, nurse station feeds, and patient information screens. Its medical safety certifications support deployment where EMC and electrical safety are required.
Key features include a 16:9 TFT-LCD panel, 178 degree viewing angles, and a hard-coated anti-glare surface to reduce reflections and improve visibility. Integrated stereo speakers and dual video inputs simplify use in clinical stations. The display is built for long life and continuous operation in healthcare settings.
Technically the HT-HVM24 provides a native 1920×1080 resolution with a 60Hz refresh rate and a contrast ratio suited for diagnostic clarity. Brightness is specified at 350 cd/m2 with glass and panel lifetime is rated at greater than 50,000 hours. Response time and viewing performance are optimized to minimize motion blur and provide stable image rendering.
Connectivity includes 1 x HDMI and 1 x DVI-I input plus 3.5mm line-level audio input and output for audio pass-through and HDMI audio de-embed. On-screen controls allow straightforward adjustment of image and audio settings. The monitor supports standard VESA mounting for desk or arm installations.
Common applications include use at nurse workstations to display patient data dashboards, integration with bedside systems for supplemental image review, and use in procedure or exam rooms where medical safety approvals are required. The display supports interoperable connections to a wide range of clinical video sources and imaging systems.
Installation is straightforward using the included desktop mount option or VESA mount patterns for most clinical arms and stands. The unit operates on a 12V 5A power supply and consumes up to 60W. Build quality emphasizes sealed electronics and natural air cooling to support continuous operation in healthcare environments.