HyperQure™
Designed To Do What Others Cannot
HyperQure is a next-generation renal denervation system that delivers what catheter-based solutions are unable to – safety, precision, and complete denervation.
Generator
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"Base unit" that generates RF frequency for nerve ablation
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Serves as the control unit to set RF energy intensity
Shaft and electrode
The portion of the instrument that enters the patient to perform renal denervation
Electrode guide assembly wraps around the renal artery to deliver RF energy
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Handle (top)
Forward switch toggles between two diameters of the electrode guide according to artery size
Rear switch extends and retracts the electrode guide
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Handle (bottom)
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Activation switch that triggers the delivery of RF energy for denervation, with a protective cover to prevent accidental activation
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In the unlikely event of a malfunction, the emergency release system safely releases the electrode guide when actuated
Engineered for Precision and Simplicity
HyperQure is built for laparoscopic use, with an intuitive workflow that enables surgeons to achieve complete denervation.
Why Existing RDN Systems Fall Short
Renal denervation is proven in principle, but current solutions haven’t worked well.
Why? Because they rely on catheters that miss key nerves and carry procedural risks.
Risk of Vascular Damage
Energy delivered from inside the artery can harm the endothelium, raising safety concerns
Incomplete Nerve Ablation
Renal nerves are randomly scattered along the artery’s outer wall — nearly one-third of them lie beyond the reach of catheter-based systems
Poor Anatomical Fit
Due to anatomical variation, nearly 50% of patients may be ineligible for current RDN treatments due to branch or accesory arteries
