Implantable venous port Celsite® Epoxy

implantable venous port
implantable venous port
implantable venous port
implantable venous port
implantable venous port
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Celsite® Epoxy Premium venous access ports with special compact port design Celsite® Epoxy Access Port Systems are indicated for any condition that requires mid to long-term intermittent or continuous venous infusion. They are intended to be used for repeated, intravenous administration of, for example, chemotherapy, antibiotic and anti-viral drugs, parenteral nutrition, blood sampling or transfusion. The port has an epoxy body with a titanium chamber and is high pressure resistant up to 325 PSI (22,4 bar). Special Features - Compact port design with enlarged puncture area in relation to the port housing size - Large range of silicone and polyurethane catheters - Pre-connected versions available for increased reliability of connection - High pressure resistance up to 325 PSI ( 22,4 bar) - Available with radiopaque "CT" marking (except for the US market) which indicates power injectability of the port on x-ray General Features - Anatomic design and lower profiled nose for simplified insertion and patient comfort - Titanium chamber for enhanced security - Also available in small sizes to facilitate implantation in paediatric and underweight patients - High density silicone septum for reliable puncture and to ensure maximum port life - 2 suture holes to facilitate fixation of the port - The radiopaque catheter is graduated from 5 cm in order to facilitate an easy, precise and safe implantation - Rounded atraumatic catheter tip - Reliable radiopaque connection ring with anti-kink protection - MRI compatible, Latex, DEHP and PVC free Available Implantation Technique - Seldinger - Braunule, Seldinger - Surgical cut-down


*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.