Medical Display
POM-C213LBC-5MP
21.3-inch 5MP Color Diagnostic Medical Display
POM-C213LBC-5M has color and grayscale imaging functions, 5 million pixels ultra-high resolution, ultra-high brightness, ultra-high contrast, wide viewing angle and low power consumption. It can be widely used in various medical imaging equipment including digital breast and PACS system.
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- Specifications
- Features List
- Applications / Use Cases
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POM-C213LBC-5MP
Low Blue Light Technology
Blue light is a part ofthe short-wave light in the spectrum, which is abundant in the normal display screen. Long-term exposure to blue light is the main cause of maculopathy. The main symptoms of maculopathy are central visual impairment and visual deformity. Over 50% of the blue light can be cut down by low blue light technology, the risk of macular degeneration can be significantly reduced.
Ambient Light Adaptive System
With built-in integrated front ambient sensor, the ambient environment can be monitored continuously, the brightness can be adjusted to a proper level automatically to ensure the display is compliant with DICOM standard under any ambient environment The diagnostic accuracy is increased and discomfort and eye-strain can also be avoided.
Backlight Stabilization System
With built-in integrated back light sensor, the backlight can be monitored continuously. This achieves stable brightness rapidly at start-up and automatically compensate the brightness fluctuations caused by ambient temperature change and luminance attenuation after long time usage. The brightness uniformity of the display can be maintained throughout the entire life cycle.
Comply with DICOM international standard
Accurately display medical images and the smallest details, and maintain the display consistency of different monitors, as well as the display consistency between monitors and different imaging equipment, to ensure diagnostic accuracy.
Specifications
| Product model | POM-C213LBC-5M |
| Product name | 5MP Color Medical Display |
| Display size | 21.3" |
| Resolution | 2560×2048 |
| View angle | 178° Typ. |
| Brightness | 1150cd/m² Typ. |
| Contrast ratio | 2000:1 Typ. |
| Input signal interface | DVI-D: 24 pin |
| DisplayPort: 20 pin*2 |
*Product specifications described herein are subject to change without notice.
Features List
Ultra-High Resolution 5MP Panel：Features a professional 21.3-inch IPS panel with a native 2560 x 2048 (4:5 aspect ratio) resolution. Delivering an exceptional peak brightness and high contrast profile, it renders micro-level anatomical structures with absolute optical fidelity.
Hybrid Color & Grayscale Core Technology：Unlike traditional dedicated monochrome monitors, this platform handles 1.07 billion colors (10-bit) while perfectly tracking strict DICOM Part 14 grayscale curves. It allows clinicians to review deep multi-color 3D reconstructions and high-contrast grayscale files on the same screen seamlessly.
Intelligent Backlight Stabilization System (BSS)：Equipped with an integrated internal feedback sensor that continuously tracks the LED backlight luminance. It automatically compensates for environmental temperature fluctuations and long-term diode aging, ensuring rapid brightness stabilization upon startup and uniform consistency across its entire deployment lifecycle.
Ambient Light Adaptive System (ALAS)：Features a front-integrated ambient light sensor that continuously monitors reading room brightness. The system automatically adjusts screen output levels to ensure the rendering remains strictly aligned with medical imaging standards under any clinical illumination.
Uniformity Correction Technology (UCTEC)：Incorporates hardware-level luminance uniformity compensation to eliminate subtle brightness and chromaticity fluctuations across different zones of the screen, providing a perfectly uniform viewing surface from edge to edge.
Continuous Quality Assurance System (CQAS)：Backed by centralized network quality management software paired with front-end calibration tools. This allows hospital IT and QA specialists to remotely schedule automated self-tests, audit grayscale curves, and track deployment consistency across the hospital network.
Ergonomic Professional Stand & Digital Interfaces：Offers an adjustable medical-grade stand optimizing height, tilt, swivel, and 90-degree portrait/landscape pivot parameters, perfectly matching the standard vertical workflow required for detailed radiograph interpretation. Equipped with high-bandwidth digital interfaces including DisplayPort for zero-latency signal paths.
Applications / Use Cases
Multi-Modality PACS Diagnostic Review Stations：Ideally suited for radiologists and attending physicians to perform high-precision side-by-side comparative analysis of clinical datasets from Computed Tomography (CT), Magnetic Resonance Imaging (MRI), and Digital Radiography (CR/DR).
Advanced Nuclear Medicine & Image Fusion Mapping：Perfect for viewing complex diagnostic datasets—such as PET/CT scan overlaps—where sensitive, color-coded metabolic parameters intersect with dense, precise grayscale structural anatomy frameworks.
Computer-Aided Detection (CAD) & 3D Imaging：Tailored for clinical workstations utilizing 3D volumetric reconstructions, vascular angiographies, and automated CAD software to detect subtle tissue abnormalities or vascular lesions.
High-Resolution Breast Screening Secondary Review：Excellent for clinical reading rooms and specialized departments requiring an ultra-sharp, color-capable 5-Megapixel panel to cross-examine overlapping multi-frame diagnostic images.
