A mammogram is a special, low-dose X-ray technique used to take a picture of the breast, detecting and diagnosing any abnormal lumps or masses in breast tissue.


  • 1. Adopt specialized mammography flat panel detector digital imaging technology.
  • 2. Full size digital mammography x-ray imaging.
  • 3. Unique adopt all-solid-state high frequency high voltage generator. This technology has got the PATENT IN THE USA.
  • 4. The safest mammography at high voltage. There is a built-in X-ray ignition coil in host machine, high-voltage power lines less then 25cm.
  • 5. Mammography image acquisition control workstation, DICOM 3.0.
  • 6. Electric Isocentric rotating C-arm with a unique automatic back to center function.
  • 7. Optional the third generation imported moving grid.
  • 8. Optional auto/semi-auto/manual, three kind exposure modes.
  • 9. Optional image output device: digital film printer.
  • 10. A total of 3 pieces of large size full color LCD screen display, operation table 8 inch LCD screen is a touch key.
  • 11. Comfortable Compression:
    When some degree of pressure is required for radiography, it allows you to presser the appropriate pressure(up to a maximum of 20kg) and is equipped with MICOM Control’s Soft-touch system which is designed to minimize the discomfort of the examine with in the pressure range.
    Tissue Compression: Manual and Motorized (Max 20kg)
    Compression Force and Thickness Data Display
    Micro Control’s Compression
    Automatic Release
  • 12. Optional Intelligent Automatic Exposure Control(AEC)
    With the Automatic Exposure Control system, it is possible to produce images with reliable intensity suitable for and film, screen, or method of radiography.
    Furthermore, it greatly enhances the convenience of radiography by embedding the Full-AEC function which is capable of utilizing the Auto kV
    Type: Solid-State Detector
    Microprocessor Control
    AEC Mode: Full AEC(Auto kV)
    Semi AEC (kV Select)
    Manual (kV, mAs Select)
    Density Adjustment: 16 density steps


Item Parameter Remark
X-ray Generator Generator Type: High Frequency Inverter 80kHz Self-developed and world advanced  all-solid-state high frequency high voltage x-ray generator
Input Power: Single phase 220VAC, 50/60Hz
Radiographic Ratings:
Large Focal Point 20-35kV/10-510mAs
Small Focal Point 20-35kV/10-100mAs
Power Rating: 6.2kVA
X-ray Tube Focal Spot Size: Dual Focus 0.1 / 0.3mm ModelChina tube
Target Material: Molybdenum (Mo)
Port Material: Beryllium (Be)
High-speed anode drive: 2800 /10000rpm
Target angle: 10°/16°
Anode Heat Storage: 210kJ (300kHU)
Anode Cooling: Air cooling
Filtration: Mo(0.03mm), Al(0.5mm)
Radiographic Stand C-ARM: Vertical Movement: 590mm Electric Isocentric rotating
Center of electric rotating C-arm
Automatic return function by one key
Rotations Degree: +90°~-90°
Automatically released after the exposure pressure settings display
Compression flexible, stepless speed.
Max. pressure: 200N
Max. travel: 150mm
SID: 650mm
Flat Panel Detector Detector material: Amorphous silicon China Flat Panel Detector
24x30cm for optional
Effective coverage of detector: 18x24cm
Pixel matrix: 3072×1944
Limit of spatial resolution: 6.0Lp/mm
DQE value: 70%
dynamic range: 14bit digital output
pixel size: 75μm
High voltage Synchronizer trigger: BNC
Output: Camera Link or Ethernet
Working condition: 10℃-40℃
storage environment: -10℃-50℃
Bucky housing and movement device Size: 374*304*65mm
Stepless speed regulating range: 0~6cm/s
Movement range: 0.5~2cm
Grid Size: 24x30cm
Grid ratio: 5:1
Grid density: 30lp/cm
Focal distance: 650mm
Image acquisition workstation CPU≥Intel Core Duo 2.60GHz Configuration including Diagnose digital workstation
5M medical monitor for optional
Hardware≥250G high speed Hardware
Display card≥512MB
high brightness high-contrast LCD,1280*1024 Pixel resolution
Network interface Work-list
DICOM3.0 transmission
100/1000 Gigabit Ethernet
Imaging software package DMOC V1.0
Others Line Voltage 110V for optional
220V ac±10%@25A,Single phase