EIZO RadiForce RX1270: 12-Megapixel Medical Monitor
The EIZO RadiForce RX1270 is a 12-megapixel medical monitor designed to enhance diagnostic efficiency and provide exceptional image quality for radiologists. It effectively replaces conventional dual-monitor setups, offering a streamlined and ergonomic viewing experience.
Key Features and Benefits
- 12-Megapixel Resolution: Offers a detailed view of radiological images, including mammograms and microstructures, with a fine dot pitch of 0.155 mm.
- Ergonomic Design: Features comfort lighting at the back and a spotlight at the front for improved ergonomics in reading rooms.
- Stable Display with AI: Utilizes AI and temperature sensors to accurately measure and adjust for ambient and internal temperature changes, ensuring consistent gradations, color, and brightness.
- Consistent Image Quality: An integrated luminance sensor provides precise calibration of white point and tone value characteristic curves, adhering to the DICOM standard.
- High Color Purity and Uniformity: Digital Uniformity Equalizer (DUE) corrects pixel-by-pixel imbalances for accurate rendering of gray and color tones.
- 13-bit LUT: Enables the display of up to 1 billion color tones for precise rendering of characteristics and fine structures.
- DICOM Conformity: Meets QS-RL and DIN 6868-157 standards for reliable image quality.
- FDA Clearance: Holds FDA-510(k) clearance for mammography and general radiography.
- Work-and-Flow Technology: Includes features like Point-and-Focus for quick image analysis and Hide-and-Seek for efficient information retrieval.
- Five-Year Warranty: Provides high investment security with a comprehensive warranty covering backlight stability.
Image Quality
The RadiForce RX1270 delivers precise, high-contrast, bright, and crisp images. Its stable display is maintained through AI-driven temperature compensation. The integrated luminance sensor ensures consistent image quality by automatically calibrating the monitor according to the DICOM standard. The monitor's uniform brightness and high color purity are achieved through the Digital Uniformity Equalizer (DUE).
Textual Description of Visuals:
Page 2 displays three monitors showing a progression of image clarity, illustrating the benefit of AI stabilization. Another visual compares displays with and without DUE, highlighting uniform brightness.
Page 3 shows a diagram of the monitor's back panel with a 'Backlight Sensor' indicated. It also displays color gradients with and without a 13-bit LUT, demonstrating the enhanced color depth.
Improved Comfort and Efficiency
The monitor is designed for improved comfort and diagnostic efficiency. The comfort light provides glare-free illumination in low-light conditions, and a reading lamp aids in viewing documents or keyboards. The narrow black bezels focus attention on the display, while the white bezel offers a clean aesthetic. The RX1270's compact design, compared to older multi-monitor setups, optimizes workspace efficiency.
Textual Description of Visuals:
Page 4 features an image of the monitor's rear, highlighting the comfort light (1) and reading lamp (2). Another visual compares the screen sizes and resolutions of various configurations, including 5MP and 12MP displays.
Software and Ease of Use
EIZO's RadiCS software, included as RadiCS LE, ensures secure image quality through calibration, acceptance, and constancy testing. Optional software like RadiCS and RadiNET Pro offers advanced quality management and central control for multiple monitors. Work-and-Flow technology enhances usability with features like Point-and-Focus, Hide-and-Seek, Switch-and-Go, and Instant-Backlight-Booster.
Textual Description of Visuals:
Page 5 includes screenshots of the RadiCS software interface, showing device lists and history logs, and the RadiNET Pro software interface.
Sustainability
EIZO is committed to sustainability through environmentally and socially conscious production. The RX1270 is designed for a long service life, with readily available replacement parts. The manufacturing process adheres to ISO 14001 and ISO 50001 standards, focusing on waste reduction, energy efficiency, and responsible resource management. EIZO also emphasizes socially responsible production, ensuring fair labor practices and ethical sourcing of materials.
Textual Description of Visuals:
Page 6 displays an 'ISO 14001 CERTIFIED COMPANY' stamp and logo, signifying adherence to environmental management standards.
Page 7 highlights EIZO's contribution to the UN's Sustainable Development Goals (SDGs), including 'Good Health and Well-being', 'Affordable and Clean Energy', 'Decent Work and Economic Growth', and 'Responsible Consumption and Production'. It also features a '5 YEAR WARRANTY' graphic.
Technical Data
Category | Specification |
---|---|
Item no. | RX1270 |
Case color | Bicolor, black and white |
Areas of application | Healthcare (Mammography, Projection radiography, Pathology, Nuclear medicine and radiotherapy, Non-destructive-testing) |
Screen size | 30.9 inches (78.4 cm) |
Resolution | 12 Megapixels (4200 x 2800) |
Pixel pitch | 0.1554 mm |
Panel technology | IPS |
Viewing angle | 178° horizontal/vertical |
Color palette/look-up table | 543 billion color tones / 13 bit |
Max. brightness | 1200 cd/m² |
Recommended brightness | 500 cd/m² |
Max. dark room contrast | 1500:1 |
Backlight | LED |
Signal inputs | 2x DisplayPort, HDMI |
Power consumption (typical) | 77 W |
Dimensions (incl. stand) | 689.8 x 508-608 x 225 mm |
Weight (incl. stand) | 15.6 kg |
Certification | CE (Medical Device), FDA 510(k), ANSI/AAMI ES60601-1, CSA C22.2 Nr. 601-1, EN60601-1, IEC60601-1, RCM, FCC-B, CAN ICES-3 (B), VCCI-B, RoHS, WEEE, China RoHS, CCC, EAC |
Included Software | RadiCS LE |
Accessories | Short signal cable HDMI - HDMI, 2x Signal cable DisplayPort - DisplayPort, Power cord, Manual via download |
Recommended graphics card | EIZO Graphics card MED-XN84 |
Warranty
EIZO offers a five-year warranty for the RadiForce RX1270, reflecting the product's high quality and durability. The warranty covers normal wear and tear of the backlight for a period of 5 years or 20,000 hours of operation, whichever comes first, when operated at recommended brightness levels.