• Ultra-Low Compliance

  More concentrated expansion force during high-pressure filling with minimal changes in compliance, achieving precise expansion

• High Blasting Pressure

  Made of strong and durable polymer material, with a rated blasting pressure of up to 15 atm, capable of effectively dilating the severely calcified region

• Rapid Inflation and Deflation

  The precise catheter diameter design and manufacturing process, with a release time of ≤10 seconds, reduces the pacing time and lowers surgical risks

• Radiopaque Marker

  Platinum-iridium alloy markers provide clearer imaging, facilitating physicians to locate the optimal expansion position and reducing the risk of flutter

• Excellent Retraction Performance

  Newly improved folding technology, allowing the balloon to return to its initial state during retraction, with unobstructed retrievals, reducing vascular intimal damage

• Excellent Puncture Resistance

  Stronger puncture resistance, enhancing surgical safety

• Ultra-Low Compliance

  More concentrated expansion force during high-pressure filling with minimal changes in compliance, achieving precise expansion

• High Blasting Pressure

  Made of strong and durable polymer material, with a rated blasting pressure of up to 15 atm, capable of effectively dilating the severely calcified region

• Rapid Inflation and Deflation

  The precise catheter diameter design and manufacturing process, with a release time of ≤10 seconds, reduces the pacing time and lowers surgical risks

• Radiopaque Marker

  Platinum-iridium alloy markers provide clearer imaging, facilitating physicians to locate the optimal expansion position and reducing the risk of flutter

The World's First Double-layer Design, Achieving Effective Anti-flutter and Improving Puncture Resistance by Innovative Materials

• Dual-layered Design

  Puncture resistance, reducing the puncture risk from severe calcifications

• "Dog Bone" Shape Design

  Reduce balloon flutter during filling process and stabilize expansion

• Platinum-iridium Alloy Radiopaque Markers

  Enhance imaging clarity for more precise instrument positioning

• Polyamide/Block Polyetheramide Polymer Materials

  Ultra-low compliance, improving expansion accuracy, avoiding damage to anatomical structures, high blasting pressure, expanding severe calcified areas and bicuspid valves

• Precision Diameter Design and Process

  Quick filling/retrievals, reducing rapid pacing time, lowering surgical risks

• Newly Improved Folding Technology

  Can retract to a six-leaflet shape, enabling unobstructed device retrievals and reducing vascular intimal damage