Product Overview
A mobile digital X-ray system combines digital radiography with a mobile platform. It allows radiographic examinations to be performed closer to the patient when transfer to a fixed radiology room is inconvenient or clinically undesirable.
The MCI0007 50kW Mobile Digital X-Ray System is suitable for bedside and departmental radiography in hospitals and medical facilities. It can be used in radiology departments, wards, emergency rooms, ICUs, and operating rooms.
The system integrates a 50kW high-frequency generator, 17" × 17" wireless flat panel detector, touchscreen workstation, motor-assisted mobility, and flexible tube positioning. It can be used for digital radiography of the chest, abdomen, spine, pelvis, skull, and extremities.
Chest
Lateral Elbow Joint
Lumbar Spine
Lateral Lumbar Spine
Clinical Applications
The MCI0007 Mobile Digital X-Ray System can be used across different hospital departments for bedside, emergency, routine, and orthopedic radiography. Its mobile design allows examinations to be performed closer to patients who are difficult or inconvenient to transfer.
Clinical Application | Typical Use |
Ward & Bedside Radiography | Suitable for bedside X-ray examinations of patients with limited mobility or those who are inconvenient to transfer to the radiology department. |
ICU Imaging | Supports bedside chest, abdominal, and other radiographic examinations for critically ill patients who require imaging within the ICU. |
Emergency & Trauma Imaging | Used for radiographic assessment of trauma patients, including chest, spine, pelvis, and extremity examinations. |
Operating Room Radiography | Provides mobile digital radiography support in operating rooms when conventional X-ray imaging is required around surgical procedures. |
Routine Radiology | Supports general radiographic examinations of the chest, abdomen, skull, spine, pelvis, and other anatomical regions. |
Orthopedic Imaging | Suitable for imaging of the shoulder, elbow, wrist, hand, hip, knee, ankle, foot, and other skeletal structures. |
Core Features
1. 50kW High-Frequency Generator for Broad Radiographic Applications
The system uses a 50kW high-frequency X-ray generator with a 260kHz inverter frequency. It provides a 40–150kV voltage range and tube current up to 500mA. This broad operating range supports a wide range of radiographic examinations.
The higher available output also supports radiography of thicker anatomical regions and larger patients, where greater X-ray penetration may be required.
2. 17" × 17" Wireless Flat Panel Detector
A 17" × 17" (43 × 43 cm) wireless flat panel detector provides a large imaging area suitable for examinations such as chest radiography.
The detector features:
l 3072 × 3072 pixel matrix
l 140 μm pixel size
l 16-bit A/D conversion
l Up to 3.3 lp/mm limiting resolution
The detector also uses a pluggable battery design, allowing the battery to be replaced during operation when necessary.
3. Flexible Tube Positioning
The column and telescopic arm provide flexible tube positioning, including for examinations in space-limited clinical environments.
The focal spot height can be adjusted from 850 to 1910 mm, while the focal spot-to-column distance ranges from 750 to 1250 mm.
4. Ultrasonic Distance Measurement for Positioning Assistance
An ultrasonic distance measurement system digitally displays the source-to-image distance during positioning. Operators can adjust the X-ray tube and detector without repeatedly moving the patient.
5. Integrated Touchscreen Workstation
The integrated workstation combines X-ray generator control and image acquisition in one interface.
The software supports functions such as:
l Patient management
l Image acquisition
l Image processing and review
l Exposure parameter management
l Image measurement and editing
l Case reporting
l Detector calibration
l Image output and management
The touchscreen interface gives operators direct access to imaging functions and preset examination parameters.
6. DICOM 3.0 & PACS Connectivity
The workstation supports DICOM 3.0, allowing images and related examination data to be transferred to compatible PACS systems, film printers, and other supported devices.
7. Motor-Assisted Mobility & Anti-Collision Protection
The dual motor drive provides smooth, low-noise movement between departments. The unit can be maneuvered with one hand when moving through wards, ICUs, and hospital corridors.
An automatic anti-collision device at the front of the unit provides additional protection during transport.
Technical Specification
Category | Parameter | Specification |
Power Supply | Input Voltage | 220V ±10%; 110V optional |
Frequency | 50Hz ±1Hz |
Internal Resistance | ≤1Ω |
X-Ray Generator | Maximum Output Power | 50kW |
Main Inverter Frequency | 260kHz |
Tube Voltage Range | 40–150kV |
Tube Current | 10–500mA |
Radiography mAs | 1–630mAs |
X-Ray Tube | Focal Spot | 0.6 mm / 1.2 mm |
Anode Thermal Capacity | 900kJ (1200kHU) |
Rotary Anode Speed | 2800 rpm |
Target Angle | 12° |
Anode Heat Storage Capacity | 240kHU |
Flat Panel Detector | Detector Size | 17" × 17" (43 × 43 cm) |
Pixel Matrix | 3072 × 3072 |
Pixel Size | 140 μm |
Limiting Resolution | 3.3 lp/mm |
A/D Conversion | 16 bit |
Mechanical System | Focal Spot to Floor Distance | 850–1910 mm |
Focal Spot to Column Distance | 750–1250 mm |
Column Rotation | ±180° / 360° total range |
Tube Rotation (Z Axis) | -5° to 40° |
Tube Tilt | Up to ±90° |
Arm Extension Range | 0–500 mm |
Maximum Climbing Angle | 12° |
Collimator Rotation | ±90° |
Workstation | Operating System | Windows 10 or higher |
Processor | Core i7 |
Storage | 120GB SSD + 1TB HDD |
Image Storage | Typically approx. 20,000 images |
Monitor | 19" LCD, 1280 × 1024 @ 60Hz |
Touchscreen | Yes |
DICOM | DICOM 3.0 |
Wi-Fi | Yes |
USB Interface | Yes |
APR Function | Yes |
Frequently Asked Questions (FAQ)
Q1: What is the difference between a mobile DR system and a fixed DR system?
A mobile DR system can be moved between different clinical areas and allows radiographic examinations to be performed close to the patient. It is particularly useful for wards, ICUs, emergency departments, and bedside imaging. Fixed DR systems are generally installed permanently in dedicated radiography rooms.
Q2: Does the MCI0007 require floor rails or ceiling suspension for installation?
No. The MCI0007 is a mobile system and does not require floor rails or ceiling-mounted suspension for normal movement and positioning. Appropriate radiation protection measures are still required at the examination site.
Q3: How can X-ray exposure be controlled on the MCI0007?
The system provides handswitch and wireless remote exposure modes. The wireless remote mode allows exposure control from a suitable protected position when required.
Q4: How are the mobility and exposure power systems managed?
The MCI0007 uses separate power groups for mobility and X-ray exposure. Its exposure system uses a supercapacitor, while the mobility system uses a lithium battery pack. Both can be charged through a single cable connection.
Q5: What happens when the flat panel detector battery runs low?
The flat panel detector uses a pluggable battery design and is supplied with a backup battery. When the primary battery is depleted, it can be replaced with the backup battery so imaging can continue.
