Multilayer balloon films preserve pressure resistance while improving catheter operability.
Aligned flex points in the polymeric pad let balloon-mounted blades navigate curved vessels while cutting or scoring lesions.
Blow-molded PUR balloons with EVOH or PVDC barriers limit permeability, preserving volume and sealing while adapting to body movement.
Recesses in the curved distal tip create catching edges that improve stenosis penetration while preserving guide wire passage.
Stretch blow molding bonds porous ePTFE to thermoplastic layers without adhesives.
This case uses a compliant balloon lumen to capture and move wires, simplifying procedures while protecting vessel linings.
A balloon catheter locks onto the guidewire near the target site, reducing displacement and vessel damage during device delivery.
Shaft seals and fluid cooling protect catheter pump motors while supporting high-flow operation and fluid separation.
This case uses catheter-mounted light emitters and a photosensitizer to stabilize plaque without occluding arterial blood flow.
Stored variation data adjusts balloon inflation for precise TAVI valve sizing.
Serrated strips and composite shafts improve pushability, torque transmission, and energy delivery for crossing distal lesions.
Lower distal crystallinity preserves proximal hardness while improving flexibility and reducing buckling during balloon catheter navigation.
A shaft-mounted heater and temperature sensors regulate liquid heating to maintain a stable balloon surface temperature during ablation.
This case shows how inward commissure supports reduce leaflet abrasion while a collapsible valve frame enables smaller catheter delivery.
Blocking downstream blood flow lets contrast move retrograde, avoiding manual compression and reducing operator radiation exposure.
This case uses segmented, controlled-expansion anchoring for catheter delivery while reducing outflow obstruction and valve leakage.
Isolate the aneurysm, infuse therapeutic fluid, and apply light to stiffen the vessel wall.
An OCT catheter within a transparent TAVI sheath provides real-time apposition feedback to limit leakage and annular rupture risk.