Medical Display
POM-C213G-3MP
21.3-inch 3MP Grayscale Diagnostic Medical Display
- 全部細節
- 規格
- 功能清單
- 應用程序/用例
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POM-C213G-3MP
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.
Continuous Quality Assurance System
With integrated front sensor, grayscale and color can be monitored and calibrated. The display accuracy of medical image is continuous automatically assured, and can also be network centralized managed.
規格
| Product model | POM-C213G-3MP |
| Product name | 3MP Grayscale Medical Display |
| Display size | 21.3" |
| Resolution | 2048×1536 |
| View angle | 178° Typ. |
| Brightness | 2500cd/m² Typ. |
| Contrast ratio | 2500:1 Typ. |
| Input signal interface | DVI-D: 24 pin |
| DisplayPort: 20 pin*2 |
*Product specifications described herein are subject to change without notice.
功能清單
High-Acuity 3MP Grayscale Panel：Built on a premium 21.3-inch IPS monochrome panel with a native 2048 x 1536 (3-Megapixel) resolution. It delivers an elevated maximum brightness of up to 2000 cd/m² and a high contrast profile, ensuring exceptional sharpness and structural mapping of complex clinical data.
High-Precision Grayscale Processing Architecture：Equipped with an advanced internal Lookup Table (LUT) capable of processing deep grayscale palettes smoothly. This allows the monitor to render subtle shades of gray with fluid transitions, entirely eliminating contour banding and ensuring micro-level clinical details stand out clearly.
Strict DICOM Part 14 Standard Compliance：Every unit undergoes exhaustive factory calibration to fully comply with international DICOM medical grayscale guidelines. This guarantees that deep radiological textures are rendered with absolute consistency and precise alignment across the entire hospital network.
Intelligent Backlight Stabilization System (BSS)：Features a built-in internal feedback sensor that continuously tracks the LED backlight luminance. It automatically compensates for environmental temperature fluctuations and long-term diode degradation, ensuring rapid brightness stabilization upon startup and uniform consistency across its entire deployment lifecycle.
Integrated Front QA Sensor (CQAS)：Incorporates an integrated front-end calibration sensor that works seamlessly with centralized network quality assurance software. This allows hospital IT and QA managers to remotely schedule automated self-tests and audit grayscale calibration curves without manual intervention.
Uniformity Correction Technology：Utilizes hardware-level luminance uniformity compensation to eliminate subtle brightness fluctuations across different zones of the panel, providing a perfectly uniform viewing surface from edge to edge.
Ergonomic Professional Stand：Outfitted with 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.
應用程序/用例
High-Resolution PACS Digital Radiography (CR/DR)：Ideally suited as a primary diagnostic workstation monitor for viewing chest X-rays, complex skeletal matrices, and dense orthopedic films requiring maximum grayscale distinction.
Computed Tomography (CT) & Magnetic Resonance Imaging (MRI) Analysis：Optimized for tracing intricate multi-frame cross-sectional slices and high-contrast neurological studies where structural definition is critical.
Digital Subtraction Angiography (DSA) & Interventional Radiology：Well-adapted to handle loop-based vascular imaging feeds where radiologists need to trace subtle soft-tissue variations or vascular pathways across sequential imaging sets.
Clinical Imaging Reporting Workstations：Perfect as a primary workstation centerpiece in radiology reporting rooms, enabling medical specialists to efficiently examine multi-frame patient histories alongside administrative records.
