Sonico-CX Coronary Intravascular Lithotripsy System

Intravascular lithotripsy system for peripheral artery disease treatment utilizing shock wave technology to fracture calcified plaques in peripheral vessels.

An intravascular lithotripsy catheter system that uses acoustic energy to fracture calcified lesions in coronary arteries. Enables improved stent delivery and expansion in heavily calcified vessels.

A medical device used in healthcare facilities for treating calcified lesions in peripheral arteries of adult patients, including iliac, femoral, iliofemoral, popliteal, renal, and infrapopliteal arteries with stenosis ≥50%. The system operates with 1000 shock waves requiring only 200 pulses, is compatible with 0.018" guidewire systems, and features two large-capacity batteries for extended use. It is designed for pre-treatment and balloon dilation procedures and must be used in conjunction with the manufacturer's single-use peripheral intravascular lithotripsy catheter.

Control and imaging system for extracorporeal lithotripsy procedures. Manages shock wave delivery and patient positioning for kidney stone treatment.

Specialized laser system for stone fragmentation in urological and biliary applications. Delivers high-energy pulses to break down calcifications with precision.

Comprehensive urological treatment system for non-invasive stone fragmentation combining shock wave generation, targeting, and patient positioning components. Designed for clinical application in urology departments and specialized stone treatment centers.

Integrated visualization system for endoscopic lithotripsy procedures, providing real-time imaging during stone fragmentation and removal. Combines optical technology with endoscopic platforms for urological interventions.

A combined ultrasonic and pneumatic lithotripsy system for stone fragmentation and removal procedures. This device utilizes dual energy modalities to effectively break down and extract calculi in urological and other applications.

Specialized laser system for stone fragmentation in urological procedures. Utilizes holmium wavelength for effective calculus destruction with minimal collateral damage.

Non-invasive medical device for treating kidney stones and other calcifications using focused shock waves. Reduces the need for surgical intervention in urological applications.

Surgical laser system for stone fragmentation in urological procedures. Employs pulsed laser technology for safe and effective stone disintegration.

An extracorporeal shock wave lithotripsy system for non-invasive treatment of calculi. The JDPN-VC model is designed for medical facilities requiring shock wave therapy capabilities.