Digi-Lite™ is a Digital Transcranial Doppler (TCD) System with an advanced and proprietary M-Mode display. The product is based on the latest technology in digital electronics and software design.

Digi-Lite™ is offered in 2 main configurations:

  • 1 Channel uni-lateral
  • 2 Channel bi-lateral

Digi-Lite™ provides a complete diagnostic solution for the modern Neurosonology or Neurovascular laboratory.

Digi-Lite™ measures the blood flow velocity in the main arteries of the brain, non-invasively, facilitating the detection of stenosis and emboli flowing in the blood stream.

Product Features


Digi-Lite™ Key Features & Benefits

  • Product is user-friendly, intuitive and simple to operate.
  • Offers an optional imaging probe for complete and accurate color-coded ultrasound scanning of the Carotid system.
  • Each 2 MHz probe can insonate the brain in 64 different depths/gates at the same time, displaying 8 different Doppler spectrum windows simultaneously.
  • Short examination time and increased probability to detect pathologies.
  • Includes an advanced 2-layer, user-configured reporting system:
    – Summary Screen enabling the immediate comparison between the right and the left sides of the brain.
    – Final Patient Report includes several segments and provides a detailed and customizable comprehensive “picture” for the referring physician.
  • A complete array of monitoring studies including Vasomotor Reactivity Test (VMR) and CO2 Reactivity Test. Studies can be saved and easily replayed on the Digi-Lite™ LCD display.
  • Dedicated and well established emboli detection software.
  • Can detect flow velocity at the contra- lateral side of the brain with its high Doppler sensitivity.
  • Fully portable and mobile machine enabling operation through the touch screen alone.
  • Offers a complete range of probes including 1 MHz, 2 MHz, 4 MHz, 8 MHz and 16 MHz probes, each with a separate connector.

Applications of Rimed Products:

  • Diagnosis of extracranial and intracranial stenosis and occlusion.
  • Detection and monitoring of vasospasm following aneurismal
  • Subarachnoid Hemorrhage.
  • Detection of Patent Foramen Ovale (PFO) and Right to Left Shunts (RLS).
  • Detection and counting of emboli.
  • Evaluation of the brain vasomotor reserve.
  • Support for brain death diagnosis.
  • Monitoring during carotid endarterectomy or carotid stenting.
  • Monitoring during coronary artery bypass grafting.
  • Monitoring during tPA treatment for acute stroke patients.

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