Boston Scientific Express Vascular LD Stent 10 x 57 mm
2 references. View sizes and choose a variant on the product page.
Products
Medical products
2,006 products found
NC TREK NEO Coronary Dilatation Catheter 3 x 6 mm | REF 1400300-06
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.0 mm balloon diameter x 6 mm balloon length, rapid exchange delivery system (REF 1400300-06).
NC TREK NEO Coronary Dilatation Catheter 3 x 25 mm | REF 1400300-25
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.0 mm x 25 mm balloon (REF 1400300-25) for rapid exchange post-dilatation and stent deployment optimization.
NC TREK NEO Coronary Dilatation Catheter 3.25 x 15 mm | REF 1400325-15
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.25 mm balloon diameter x 15 mm length, rapid exchange design (REF 1400325-15).
NC TREK NEO Coronary Dilatation Catheter 3.25 x 20 mm | REF 1400325-20
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.25 mm balloon diameter x 20 mm balloon length, rapid exchange platform (REF 1400325-20) for post-dilatation and stent deployment optimization.
NC TREK NEO Coronary Dilatation Catheter 3.5 x 8 mm | REF 1400350-08
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.5 mm balloon diameter x 8 mm length, rapid exchange platform for post-dilatation in coronary interventions (REF 1400350-08).
NC TREK NEO Coronary Dilatation Catheter 3.5 x 12 mm | REF 1400350-12
Abbott NC TREK NEO non-compliant coronary dilatation catheter with a 3.5 mm x 12 mm balloon (REF 1400350-12), designed for post-dilatation of coronary stents and treatment of resistant lesions via rapid-exchange delivery.
NC TREK NEO Coronary Dilatation Catheter 3.5 x 20 mm | REF 1400350-20
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.5 mm x 20 mm (REF 1400350-20), designed for post-dilatation and high-pressure balloon inflation in coronary interventions.
Boston Scientific Express Vascular SD Stent 4 x 15 mm
2 references. View sizes and choose a variant on the product page.
NC TREK NEO Coronary Dilatation Catheter 3.75 x 12 mm | REF 1400375-12
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.75 mm x 12 mm balloon (REF 1400375-12) for post-dilatation and high-pressure PCI procedures.
Boston Scientific Express Vascular SD Stent 4 x 19 mm
2 references. View sizes and choose a variant on the product page.
Boston Scientific Express Vascular SD Stent 5 x 15 mm
2 references. View sizes and choose a variant on the product page.
NC TREK NEO Coronary Dilatation Catheter 3.75 x 20 mm | REF 1400375-20
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 3.75 mm balloon diameter x 20 mm length, rapid exchange platform (REF 1400375-20) for post-dilatation of coronary stents and resistant lesions.
Boston Scientific Express Vascular SD Stent 5 x 19 mm
2 references. View sizes and choose a variant on the product page.
NC TREK NEO Coronary Dilatation Catheter 4 x 8 mm | REF 1400400-08
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 4.0 mm balloon diameter x 8 mm balloon length (REF 1400400-08), designed for high-pressure post-dilatation and stent deployment optimization in coronary interventions.
Boston Scientific Express Vascular SD Stent 6 x 14 mm
2 references. View sizes and choose a variant on the product page.
Boston Scientific Express Vascular SD Stent 6 x 18 mm
2 references. View sizes and choose a variant on the product page.
Boston Scientific Express Vascular SD Stent 7 x 19 mm
2 references. View sizes and choose a variant on the product page.
NC TREK NEO Coronary Dilatation Catheter 5 x 8 mm | REF 1400500-08
Abbott NC TREK NEO Non-Compliant Coronary Dilatation Catheter, 5.0 mm balloon diameter x 8 mm balloon length, REF 1400500-08, designed for high-pressure post-dilatation in coronary interventions.
NC TREK NEO Coronary Dilatation Catheter 5 x 12 mm | REF 1400500-12
Abbott NC TREK NEO non-compliant coronary dilatation catheter, 5.0 mm balloon diameter x 12 mm balloon length (REF 1400500-12), engineered for high-pressure post-dilatation and stent optimization in PCI procedures.