Cardiac Surgery Devices

Cardiac Surgery Devices

LivaNova ESSENZ

  • Functions as a Heart-Lung Machine (HLM), providing extracorporeal circulation and oxygenation.
  • Central “cockpit” interface provides integrated monitoring and control.
  • Equipped with accurate sensing technology for real-time decision support.
  • Includes In-Line Blood Monitor (ILBM) measuring pO₂, sO₂, Hb/Hct, and temperature.
  • Patient Monitor module supports data recording, analysis, and visualization; includes Quality Indicator and Goal-Directed Perfusion (GDP) tools.

LivaNova XTRA

  • Offers bowl sizes from 55 ml to 225 ml for various blood loss levels.
  • Dual Sensor Technology measures hematocrit (Hct) and supernatant quality.
  • Compact touch-screen interface designed for operating room efficiency.
  • Supports intra-operative, post-operative, sequestration, and PFAT protocols.

Teleflex Arrow AC3 Optimus Intra

  • Activated with a “push of a button” and guided setup via a high-resolution touchscreen.
  • IntraBeat Timing technology enables beat-by-beat balloon inflation/deflation even in severe arrhythmias.
  • AutoPilot® Mode automatically adjusts ECG/AP signals, timing method, and balloon parameters.
  • Pneumatic drive system with low maintenance requirements, reducing overall costs.
  • Simple and intuitive interface with alarms, therapy status, and alarm history.

Medistim MiraQ™ Cardiac

  • It is the only integrated system that combines Transit Time Flow Measurement (TTFM) technology and high-frequency ultrasound imaging (HFUS).
  • Provides immediate visual feedback by measuring the function of the graft and the volume of blood flow in real time during cardiac surgery.
  • Detects hidden plaques in the vessels thanks to epiaortic and epicardial ultrasound scanning and allows the surgeon to change the surgical strategy on the spot.
  • Instantly identifies blockages or any defects in the shunts during surgery, ensuring correction before the patient leaves the hospital and reducing the risk of reoperation
  • In addition to advanced ultrasound modes such as B-Mode, Color Doppler and Pulsed Wave Doppler, it has a multi-channel configuration that is synchronized with ECG and pressure signals.
  • Thanks to the INTUI software platform and guided workflows, it easily documents measurement results, generates PDF reports, and transmits them to the hospital network (PACS) via the DICOM interface.

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