Boston Scientific MACH1 MP2 SH 8F coronary guiding catheter (REF H749343581390) engineered for predictable support, torque response and lumen patency during coronary interventional procedures.
Boston Scientific Renegade Fiber Braided Microcatheter, 150 cm, 0.021 in ID, 10 cm Distal Tip | REF M001182510 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 MP1 8F Coronary Guiding Catheter | REF H74934358380 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific Renegade Fiber Braided Microcatheter, 150 cm, 0.021 in ID, 20 cm Distal Tip | REF M001182530 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific Fathom Peripheral Guidewire, 0.014 in, Straight Tip, 200 cm, 10 cm Tip Length | REF M001508100 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 MP1 90cm 8F coronary guiding catheter (REF H749343583800) engineered for predictable backup support, torque response, and atraumatic coronary ostial engagement during interventional procedures.
Boston Scientific Fathom Peripheral Guidewire, 0.014 in, Angled Tip, 200 cm, 10 cm Tip Length | REF M001508110 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 MP2 8F Coronary Guiding Catheter | REF H74934358390 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific Fathom Peripheral Guidewire, 0.014 in, Straight Tip, 300 cm, 10 cm Tip Length | REF M001508140 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 Q3.5 6F coronary guiding catheter (REF H749343562930) engineered for predictable backup support, accurate torque response and consistent lumen patency during percutaneous coronary interventions.
Boston Scientific Fathom Peripheral Guidewire, 0.014 in, Angled Tip, 300 cm, 10 cm Tip Length | REF M001508150 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 Q4 6F coronary guiding catheter (REF H749343562940) engineered for predictable backup support and consistent torque response during diagnostic and interventional coronary procedures.
Boston Scientific Fathom Peripheral Guidewire, 0.016 in, Straight Tip, 140 cm, 10 cm Tip Length | REF M001509000 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 Q4.5 6F coronary guiding catheter (REF H749343562950) engineered for stable backup support and precise coaxial engagement during percutaneous coronary interventions.
Boston Scientific Fathom Peripheral Guidewire, 0.016 in, Straight Tip, 140 cm, 20 cm Tip Length | REF M001509010 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 Q5 6F coronary guiding catheter (REF H749343562960) engineered for predictable support and torque response during percutaneous coronary interventions.
Boston Scientific Fathom Peripheral Guidewire, 0.016 in, Straight Tip, 180 cm, 10 cm Tip Length | REF M001509100 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 6F coronary guiding catheter, Q3.5 curve, short tip (SH) configuration, REF H749343562970, designed for coronary interventional procedures.
Boston Scientific Fathom Peripheral Guidewire, 0.016 in, Straight Tip, 180 cm, 20 cm Tip Length | REF M001509110 is listed for supplier-ready medical device procurement with manufacturer, category, REF/UPN and RFQ context.
Boston Scientific MACH1 Q4 SH 6F coronary guiding catheter (REF H749343562980) engineered for stable coaxial engagement and predictable torque response during percutaneous coronary interventions.
