
IKAZUCHI ZERO Semi Compliant PTCA Balloon 3.25 x 15 mm | REF ZE-15-325
IKAZUCHI ZERO semi-compliant PTCA balloon dilatation catheter, 3.25 mm x 15 mm (REF ZE-15-325), distributed by Cordis for percutaneous coronary intervention.

IKAZUCHI ZERO semi-compliant PTCA balloon dilatation catheter, 3.25 mm x 15 mm (REF ZE-15-325), distributed by Cordis for percutaneous coronary intervention.

Boston Scientific MACH1 ART3.5 8F coronary guiding catheter (REF H749343584980) engineered for predictable torque response, stable coaxial engagement, and efficient device delivery during percutaneous coronary interventions.

Boston Scientific MACH1 7F coronary guiding catheter, ART3.5 curve (REF H749343574980) engineered for predictable support, torque response, and coaxial engagement during percutaneous coronary interventions.

Cordis IKAZUCHI ZERO Semi-Compliant PTCA Balloon Catheter, 3.5 mm x 10 mm (REF ZE-10-350), designed for predictable lesion crossing and controlled balloon dilatation in coronary interventions.

Boston Scientific MACH1 ART3.5 SH 7F single-lumen coronary guiding catheter (REF H749343574990) designed for selective intubation and support during percutaneous coronary interventions.

Boston Scientific MACH1 8F coronary guiding catheter with ART4 curve (REF H749343585000), engineered for predictable backup support and torque response during percutaneous coronary interventions.

Boston Scientific MACH1 ART4 7F Coronary Guiding Catheter (REF H749343575000) - single-use guiding catheter designed to support coronary interventional procedures with a large-lumen 7F shaft and Amplatz Right (ART) 4 curve.

Boston Scientific MACH1 ART4 SH 6F single-lumen coronary guiding catheter (REF H749343565010) engineered for predictable backup support and torque response during percutaneous coronary interventions.

Boston Scientific MACH1 ART4 SH 7F coronary guiding catheter (REF H749343575010) designed for stable coaxial engagement and predictable torque response during percutaneous coronary interventions.

Boston Scientific MACH1 ART4.5 6F coronary guiding catheter (REF H749343565020) designed to deliver predictable backup support and atraumatic coaxial engagement during percutaneous coronary interventions.

NEON Semi Compliant PTCA Balloon Catheter, 1.0 x 8 mm (REF BS10008), a rapid-exchange coronary balloon designed for predictable lesion crossing and controlled dilatation in coronary interventions.

Boston Scientific MACH1 AR1 SH 6F coronary guiding catheter (REF H74934356660) engineered for reliable coronary access, strong backup support and predictable torque response during percutaneous coronary interventions.

Boston Scientific MACH1 AR1 SH 7F coronary guiding catheter (REF H74934357660) designed for predictable backup support and torque response during coronary interventions.

Boston Scientific MACH1 AR2 SH 7F coronary guiding catheter (REF H74934357670) engineered for stable coaxial support and predictable torque response during coronary interventional procedures.

Boston Scientific MACH1 AR1 SH 8F coronary guiding catheter (REF H74934358660) engineered for predictable backup support, torque response, and lumen integrity during percutaneous coronary interventions.

Boston Scientific MACH1 AR2 Short Tip 8F coronary guiding catheter (REF H74934358670) engineered for predictable backup support and torque response during coronary interventional procedures.

Boston Scientific MACH1 AL1 SH 6F coronary guiding catheter (REF H74934356680) engineered for predictable support and torque response during percutaneous coronary interventions.

Boston Scientific MACH1 AL1.5 6F coronary guiding catheter (REF H74934356850) engineered for predictable coronary access, stable backup support, and smooth device delivery during percutaneous coronary interventions.

Boston Scientific MACH1 AL2 6F coronary guiding catheter (REF H74934356200) engineered for predictable support and coaxial engagement during percutaneous coronary interventions.

Boston Scientific MACH1 AL1 7F coronary guiding catheter (REF H74934357190) designed for predictable backup support and torque response during coronary interventions.