Nio Color 8MP (MDNC‑8132)

Barco's Nio Color 8MP display is the ideal choice for radiology image interpretation in various settings. It seamlessly merges our acclaimed image quality and detail with built-in features that make collaboration with peers – from any location – easy and clutter-free. Excellent 8MP image quality on a large 32” screen  Whether you're working in an office, at home, or any other location, a solid setup is crucial. With its remarkable 8MP resolution and generous 32” screen, Nio Color 8MP empowers you to combine the information and images you need on a single screen. The monitor includes our Intuitive Workflow Tools and cutting-edge technologies:

• SteadyGray for precise and consistent representation of grays
• SteadyColor for accurate and consistent representation of colors
• I-Guard for stable performance across the display’s full lifetime
• Uniform Luminance Technology for screen-wide uniformity correction
• Ambient Light Compensation for optimal viewing in various lighting conditions
• RapidFrame for sharp and fast image rendering when scrolling through cine images

• Integrated camera, speaker, and microphone
• Our advanced screensharing tool, Multi-Display Confer, for smooth virtual collaboration
• KVM functionality for effortless switching between multiple workstations
• Daisy chaining to keep your desk free of cable clutter

• Automatic standby mode when the device is not in use
• Use of plastics containing 35% post-consumer recycled content
• >50% halogen-free cables & >65% halogen-free PCBs
• >90% recyclable packaging
• 5 years all-inclusive warranty, extendable to 7 years

Key Features

• 8MP resolution (6848 × 4560) on a 32-inch IPS

• Supports both color and grayscale imaging

• Uniformity correction via PPU (Pixel Perception Uniformity)

• SteadyGray™ and SteadyColor™ for stable luminance and color (with matching Barco controller/driver)

• RapidFrame™ support for smooth display of motion/cine images

• I-Guard front sensor for automatic QA / calibration

• Ambient light presets and front light sensor

• High color gamuts: 117% NTSC, 140% sRGB, 107% DCI-P3

• Max Panel Brightness: ~2300 cd/m², calibrated 1200 cd/m² DICOM

• Connectivity with 4× DisplayPort 1.4

• Medical/electrical safety certifications

Specifications

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• Modularized OptiWave HD detector features low-cost & easy maintenance, high spatial resolution and long lifetime
• Admir3D iterative technology delivers optimal dose efficiency and noise reduction without compromising image quality
• High configurations of main components ensure the best results and maximum patient throughput
• Uniquely and creatively uses 140kV and 80kV dual energy scan mode for brain imaging on 16-slice CT to offers you extraordinary image quality both in low and high density resolutions
• AdoseTM mA modulation ensures you low dose imaging without compromising image quality particularly useful in pediatric applications
• Equipped with dedicated Abast and Amast for bone and metal artifacts
• The brilliant Ahart technology enables you to experience so easy and low-dose cardiac imaging applications

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• Reliable short cavity superconducting magnet system with zero liquid helium consumption
• New generation fully digitalized and extensible multichannel spectrometer
• Powerful high efficiency and high fidelity gradient system; Multi-channel PA RF receiving coil with intelligent identification
• English operating system and high extensible computer system
• High resolution conventional clinical images; Practical advanced functional imaging

• Highly open and humanization design -> Streamlined design
• Rich sequences and technology satisfy clinical needs -> Efficient service

• High cost performance superconducting MRI system
• Zero liquid helium consumption, low running and maintenance cost
• Core technology by independent R & D supports full upgrade
• Low electric consumption
• Compact magnet design, minimum installation space: 35 square meters

• High resolution thin slice images improve diagnosis
• Short cavity magnet design makes patients comfortable
• Fast scan speed improves work efficiency

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• PBT-6 is a 4 way Motorized Tabletop with Elevating feature (66cm). A large tabletop with extended travel enables all radiography studies with minimal patient movement. Fully fat tabletop without a frame on the edge makes cleanliness and odors free
• Automatic Stitching - GXR-SD system provides outstanding automatic stitching function with Source tilting method
• Digital Flat Panel Detector (FPD) – Wireless 17X14 (Csl, 4336W) with Auto Exposure Detection (AED) function, there is no DR trigger cable between detector and generator.
• Full Featured Imaging Software & Excellent Digital Image Processing:

1. Provides convenient user interface and easy operation
2. Anatomical view-based digital image processing automatically optimizes and enhances the quality of the captured image for the pictured anatomy.
3. Radiographic stand & automatic collimator control function
4. DICOM 3.0 networking interface includes Worklist, Print, Store, Query for integration with any PACS or RIS

• Included – Software, HP Laptop Computer

1. CPU≥3.2GHz
2. Memory capacity：≥4GB
3. Hard drive capacity ：≥500 GB
4. Resolution: 1280 x 1024
5. Display size： 21 inch color LCD screen
6. 64 bit Windows 10 operation system
7. Core: i5

• Power Rating - 32KW
• Generator - GXR-32S
• Rotor - Dual Speed Starter(DSS)
• Input Power - 400/480VAC, Three phase
• Line Frequency - 50/60Hz
• X-ray tube - DXT-12M, (0.6/1.2mm, 300kHU)
• Tube Voltage - 40 to 150kV, 1kV Step
• Tube Current – 10 to 640mA
• Output - 640mA@81kV,  500mA@104kV, 400mA@130kV, 320mA@150kV
• Time Range - 1ms to 10s
• mAs Range - 0.1 to 800mAs
• Reproducibility - Coe­cient of Variation : kV < 0.005, Time < 0.005,mAs < 0.01
• Accuracy - kV < ±(1%+1kV), mA < ±(3%+1mA), Time <±(1%+0.5ms), mAs < ±(3%+0.1mAs)
• Linearity - Coe­cient of Linearity < 0.01 : CL = (X1-X2)/(X1+X2), where X is mR/mAs

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• It is easy to use;
• Convenience;
• Multi functionality;
• Obtained images are of high definition;
• High-definition 3D images of the area under study;
• The procedure is pain-free;
• The data is processed fast;
• The image can be stored in the computer memory;
• The diagnostics does not take a lot of time;
• Acceptable radiation dose.

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