22G X 1 OPTIVA CATHETER 200/CA by Smiths Medical
OEM#: 50501122G X 1 OPTIVA CATHETER 200/CA by Smiths Medical
Catheters, provides superior insertion and ease of use by featuring an electropolished "v"-point needle, finely tapered catheter shoulders, thin walled construction, radiopacity and incorporates ocrilon® polyurethane. The polyurethane is firm upon insertion of the cannula, then softens to conform in the vein. It is a clear, radiopaque polyurethane, allowing for easy flashback visualization. A comparative, randomized clinical study of the risk factors for infusion-related phlebitis found the polyurethane catheter material to reduce the risk of phlebitis by nearly 60% as compared with fep polymer.
Catheters, provides superior insertion and ease of use by featuring an electropolished "v"-point needle, finely tapered catheter shoulders, thin walled construction, radiopacity and incorporates ocrilon® polyurethane. The polyurethane is firm upon insertion of the cannula, then softens to conform in the vein. It is a clear, radiopaque polyurethane, allowing for easy flashback visualization. A comparative, randomized clinical study of the risk factors for infusion-related phlebitis found the polyurethane catheter material to reduce the risk of phlebitis by nearly 60% as compared with fep polymer.
Catheters, provides superior insertion and ease of use by featuring an electropolished "v"-point needle, finely tapered catheter shoulders, thin walled construction, radiopacity and incorporates ocrilon® polyurethane. The polyurethane is firm upon insertion of the cannula, then softens to conform in the vein. It is a clear, radiopaque polyurethane, allowing for easy flashback visualization. A comparative, randomized clinical study of the risk factors for infusion-related phlebitis found the polyurethane catheter material to reduce the risk of phlebitis by nearly 60% as compared with fep polymer.
Catheters, provides superior insertion and ease of use by featuring an electropolished "v"-point needle, finely tapered catheter shoulders, thin walled construction, radiopacity and incorporates ocrilon® polyurethane. The polyurethane is firm upon insertion of the cannula, then softens to conform in the vein. It is a clear, radiopaque polyurethane, allowing for easy flashback visualization. A comparative, randomized clinical study of the risk factors for infusion-related phlebitis found the polyurethane catheter material to reduce the risk of phlebitis by nearly 60% as compared with fep polymer.
Catheters, provides superior insertion and ease of use by featuring an electropolished "v"-point needle, finely tapered catheter shoulders, thin walled construction, radiopacity and incorporates ocrilon® polyurethane. The polyurethane is firm upon insertion of the cannula, then softens to conform in the vein. It is a clear, radiopaque polyurethane, allowing for easy flashback visualization. A comparative, randomized clinical study of the risk factors for infusion-related phlebitis found the polyurethane catheter material to reduce the risk of phlebitis by nearly 60% as compared with fep polymer.
Catheters, provides superior insertion and ease of use by featuring an electropolished "v"-point needle, finely tapered catheter shoulders, thin walled construction, radiopacity and incorporates ocrilon® polyurethane. The polyurethane is firm upon insertion of the cannula, then softens to conform in the vein. It is a clear, radiopaque polyurethane, allowing for easy flashback visualization. A comparative, randomized clinical study of the risk factors for infusion-related phlebitis found the polyurethane catheter material to reduce the risk of phlebitis by nearly 60% as compared with fep polymer.