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Third Generation Renal Denervation – ReDy

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Designed with the end-user in mind

Bipolar and unipolar algorithm-controlled RF for safe and effective ablation

Bipolar and unipolar algorithm-controlled RF for safe and effective ablation

Expandable catheter suits most anatomies

Universal access using standard sheaths

Universal access using standard sheaths

“Renal denervation can potentially provide an effective treatment for millions of patients who can’t control their hypertension with pharmaceutical treatment alone.  To be successful, this technology must ensure complete lesion formation and overall procedure efficacy while protecting vessel integrity so that patients can receive optimal care.”
Prof. Felix Mahfoud, Associate Professor and Senior Physician of Internal Medicine and Cardiology, Saarland University Hospital

Unlike any other renal denervation system – ReDy

ReDy SmartRF algorithm

  • Optimizes delivery of bipolar and unipolar RF energy
  • Confirms proper apposition has been achieved
  • Automatically terminates when lesion has been created
  • Uses low power

ReDy SmartRF algorithm

  • Optimizes delivery of bipolar and unipolar RF energy
  • Confirms proper apposition has been achieved
  • Automatically terminates when lesion has been created
  • Uses low power

Single, universal access

  • Low profile (5Fr) used with standard sheaths
  • Single catheter expected to accommodate most patient anatomies (artery diameters of 4mm-6.5mm)
  • Over-the-wire design enables easier and quicker access

Single, universal access

  • Low profile (5Fr) used with standard sheaths
  • Single catheter expected to accommodate most patient anatomies (artery diameters of 4mm-6.5mm)
  • Over-the-wire design enables easier and quicker access

Smart design

  • Non-occluding membrane isolates blood, minimizing heat loss and enabling deeper tissue ablation
  • Expandable basket has 8 electrodes; catheter has 1 return electrode
  • Delivers low-power bipolar and unipolar RF energy to ablate tissue of varying depths

Smart design

  • Non-occluding membrane isolates blood, minimizing heat loss and enabling deeper tissue ablation
  • Expandable basket has 8 electrodes; catheter has 1 return electrode
  • Delivers low-power bipolar and unipolar RF energy to ablate tissue of varying depths

Benefits

  • Turn-key ablation
  • Expected to deliver predictable lesion formation
  • Fast, reproducible procedure
  • Access route flexibility
  • Designed to fit a variety of patient anatomies

Benefits

  • Turn-key ablation
  • Expected to deliver predictable lesion formation
  • Fast, reproducible procedure
  • Access route flexibility
  • Designed to fit a variety of patient anatomies

Low power safety

  • Less potential for collateral damage
  • Expected to eliminate instances of spasm or stenosis
  • Designed to cause less patient pain/discomfort

Low power safety

  • Less potential for collateral damage
  • Expected to eliminate instances of spasm or stenosis
  • Designed to cause less patient pain/discomfort

Development of our state-of-the-art solution continues to progress.

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Development of our state-of-the-art solution continues to progress.

To receive updates, please subscribe to our mailing list.