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Third Generation Renal Denervation – ReDy
Watch the full video
Third Generation Renal Denervation – ReDy
Watch the full video
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.
To receive updates, please subscribe to our mailing list.
Development of our state-of-the-art solution continues to progress.
To receive updates, please subscribe to our mailing list.
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