• High frequency X-ray technology
  
• Converting X-ray signal into digital images by Flat Panel Detector (FPD)
• Easy-to-use software with many tools to process imaging and measurement and have standard DICOM3 interface

High Efficiency

• Creating immediately digital images on screen (3 seconds after emitting X-ray)
• High accuracy of image due to the reduction of X-ray signal loss while being converted into digital signal
• Reducing up to 50% x-ray dose for patients when compared to conventional method

• Using sensor and multi-function X-ray ball rack with portable snapshot
• Positioning sensor and X-ray ball by electric motor and conjugated electromagnetic brake
• Positioning patient fast because there is no need to adjust the concentricity of sensor plate and X-ray ball
  
• Positioning common and special positions for patients quickly and easily (Oblique, lateral decubitus)

• Reducing film damage which need to be retaken or rewashed as conventional method
• Unnecessity of darkroom could save additional area for other needs
• Digital image in DICOM standard makes storing more simple, could burn to the CD or send via LAN/Internet
  

Saving time

• Returning result fast and flexibly contributes to enhance the efficiency of treatment for patient (particularly for emergency patients)
• Processing daily work very fast, meet current and future needs
• Flexibily in diagnosis: have capacity of remote diagnosis, flexible medical consultation
  

Friendly to Environment and user

• Minimizing X-ray dose
  
• Operating with dry film printer, not using chemical to wash film contribute to control the environmental pollution
• Minimizing hard work for technicians such as: no need to transport cassette or IP panel, no need to wash film in the darkroom, reduce exposure to chemical to wash film which is harmful to health

High quality image

• The quality of image is higher than that of conventional method, CR and CCD method
• Creating a basis for establishing Picture Archiving and Communications Systems and Radiology Information Systems (PACS/RIS) and connecting with other information systems in hospital, advance to develop a complete hospital information system (HIS)