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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

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.