{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
Celsite® PSU Access ports for mid to long-term venous applications Celsite® PSU Access Port Systems are indicated for any condition that requires mid to long-term intermittent or continuous venous ...
Aesculap®
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 ...
Aesculap®
Celsite® Concept Venous access ports with specialized silicone suture areas Celsite® Concept Access Port Systems are indicated for any condition that requires mid to long-term intermittent or continuous ...
Aesculap®
M.R.I.® Dual-Lumen Implantable Port Ports (Non-Power) Features: Large dual silicone septa Ideal for M.R.I. or radiation therapy Plastic construction Exclusive Septum-Finder® ridge
Bard Medical
PORT-A-CATH®, PORT-A-CATH®II and P.A.S. PORT® POWER P.A.C. Implantable Access Systems The proven performance of PORT-A-CATH® systems now gives you ...
TITAN-PORT APH (extracorporeale apheresis) is a fully implantable port catheter system providing an access facility for performing extracorporeal apheresis. The set contains a titanium ...
PakuMed Medical Products
TITAN-PORT D (dialysis) is a fully implantable, titanium PORT system providing an access facility for per-forming veno-venous dialysis. The set contains two identical port ...
PakuMed Medical Products
TITAN-PORT Systems (Arterial/Venous) are fully implantable port systems consisting of an injection chamber (port) a screw closure mechanism, a self-sealing membrane, ...
PakuMed Medical Products
Lightweight for patient comfortEasily identifiablePower injectableTitanium port body
Bard Access Systems
Introducing Xcela Plus Ports with PASV Valve Technology, the first proximally valved CT-rated port that offers clinicians Saline-Only Maintenance, which may help to minimize complications associated with ...
Angiodynamics
... pressure injections for CT scan polysite size procedures Titanium and Polyoxymethylene ports Hybrid ports : Titanium & POM (polyoxymethylene) 3 sizes of port to meet the diverse needs
Perouse Medical
... phlebitis and thrombosis, providing comfort throughout treatment The Life-Port Vascular Access Systems come with a Patient’s Guide developed exclusively for the person using the Life-Port. It includes ...
... fasten the port – no sutures and no time-wasting! How do I attach the A.M.I.® Clip-a-Port to the tissue? The A.M.I.® Clip-a-Port is simply clipped on – hence the name. Using the ...
AMI - Agency for Medical Innovations
... a complete implantable access system for patients who require repeated delivery of cancer chemotherapy agents, parenteral nutrition, antibiotics, blood products and for blood sampling. The injections are less painful ...
F.B. Medical
Matter : Titanium Weight (g) :14 Height x base (mm) :12 x 30 ø puncture (mm) :13 Residual Volume (ml) :0,5
Districlass médical
Vaxcel® Implantable Ports Vaxcel® Implantable Ports is a thin, soft, plastic tube that is put into a vein in your chest or arm and has an opening (port) ...
Navilyst Medical
“SILPORT” implantable port This product has been designed for infant, paediatric and adult patients requiring frequent blood vessel punctures for long-term continuous or intermittent drug infusion or ...
How to choose this product
An implantable port is placed beneath a patient's skin to facilitate the repetitive administration of pharmaceutical products.
Applications
These devices are useful for chemotherapy and other patients requiring frequent injections or sampling of bodily fluids. They help avoid the pain of repeated skin punctures. Most provide access to the circulatory system via a catheter. However, intrathecal versions offer a way to inject pain control medication into the cerebrospinal fluid around the spinal cord for palliative care.
Technologies
Ceramics, plastic, silicone, resin, titanium and other materials are used to fabricate such implants. Each offers different flexibility and strength characteristics.
How to choose
Choice will depend on the anticipated length of use, area of implantation and the impact on patient comfort.
Please specify:
Help us improve:
remaining