SHFR X-Ray Generator

SHFR X-Ray Generator

The high frequency x-ray generator technologies controlled by microprocessor improve the image quality and reduce the patient dose. It provides all the advantages of high frequency waveform Generators including lower patient dose, shorter exposure times and greater accuracy and consistency.

The Generator is controlled by multiple microprocessors providing increased exposure consistency, efficient operation and extended Tube life. A high level of self-diagnosis greatly increases serviceability and reduces down time. The very low ripple and accuracy radiographic parameter KVp, mA and exposure time reduce the soft x-ray radiation and improve the homogeneity of the x-ray beam.

The high frequency x-ray generator controlled by microprocessor improve also the reliability of the whole system and reduce the maintenance cost, thanks to the constant monitoring of the system, with auto diagnostic and error code.

  • Designed for general radiography: Ceiling, floor mounted, universal, chiropractic, veterinary systems, etc.
  • Fluoro operation: Remote control tables, cardio vascular systems.
  • CT operation.
  • Linear scanning operation.
  • Mammography operation.
  • The high frequency waveform Generators:
    • Lower patient dose.
    • Shorter exposure times.
    • Greater accuracy and consistency.
  • Improved communications: Serial & Can bus.
  • Software configurations Vs. Switches.
  • Updates & Upgrades: Via Can bus/USB.
  • Remote Diagnosis.
  • Back up configuration and calibration.
  • Auto-diagnosis mode.
  • Intuitive error log.
  • AEC control mode: Re-designed: more secure and accurate.
  • Dose Meter: connected by RS-232 interface.
  • Software tube selection list. Listado en el software del tubo
  • Reduction of weight & size: through cable, microcontroller, and spare parts, reduction.
  • Controlled by multiple microprocessors:
    • Increased exposure consistency.
    • Improve the image quality.
    • Reduce the patient dose.
  • Efficient operation.
  • Extended Tube life.
  • High level of self-diagnosis: Greatly increases serviceability and reduces down time.
  • Increased reliability of the whole system and reduce the maintenance cost.
  • Constant monitoring of the system: Oscilloscope & service tools.
  • High frequency generator, 1 tube operation (Optional: two tubes).
  • Single-phase generator 220/240 VAC 8/16 A, 50/60 Hz.
  • Microprocessor controlled with auto diagnostic and error code indication for easy maintenance.
  • Configurable console in “Windows” environment.
  • Self-diagnosis indicators identify malfunctions in the system. With intuitive error code indication for easy maintenance.
  • Tube protection circuitry prolongs Tube life and increases system performance.
  • Five workstation connection capacity, maximum.
  • Automatic line compensation: 100/110/208/220/240 VAC ±10 %.
  • Equipped with closed loop control of X-ray Tube current, kVp and filaments, which minimize potential errors and the need for readjustments.
  • Automatic line voltage compensation due to closed loop operation of X-ray Tube current and kVp.
  • Independent Heat Unit storage for each X-ray Tube, even after turning On/Off the equipment.
  • Hand switch for preparation and exposure control.
  • Light and sound indications for X-ray exposure.
  • Liquid crystal screen for anatomical program and messages.
  • Four independent visuals for reading for radiographic parameters.
  • X ray tube overload protection.
  • X-Ray tube H.U available indication and continue monitoring for x-ray tube protection.
  • Control of X-ray Tube Number of Exposures.
  • Anatomical Programmer (APR) for six patient sizes (three adults and three children), with pre-programmed anatomical views for automatic selection. The operator may introduce modifications manually in all the original APR techniques and store them for later use.
  • RAD operation Modes 0,1,2 & 3 points:
  • Three point control: Selecting kVp, mA and Exposure Time independently.
  • Two point control: Selecting kVp and mAs independently. mAs selection sets the maximum Available for the selected Focal Spot and the respective Exposure Time. In this control mode, when kVp value is increased, the Generator will automatically look for the adequate combination of mA and Exposure Time factors to avoid the “Tube Overload” warning, keeping constant mAs.
  • One point control: Selecting kVp with AEC operations.
  • Zero point: Anatomical Programs (APR).
  • Very low ripple and accuracy radiographic parameter KVp, mA.
  • Exposure time reduce the soft x-ray radiation.
  • Homogeneity of the x-ray beam, improved.
  • Independent drive/control (two filaments).
  • New tube started LSS/HSS.
  • Re-designed Housing -> Size & Weight REDUCTION.
    • Height: 22%.
    • Length: 30%.
    • Weight: 46%
  • Modularity: 6 modules.