Implantable Venous Port

Details:

Dual safety edges prevent needle slippage
Large silicone septum for convenient needle insertion

A catheter that is radiopaque and has length markings

The catheter tip is exceedingly soft.

Bio-compatible materials, including titanium, silicone, and polyurethane, are utilized.
MR-compatible up to 3 Tesla; latex-freeinput:
output:
A.M.I. Clip-a-Port Systems are also appropriate for power injection, provided that the maximum recommended flow rate is 5 ml/s and the pressure does not exceed 325 psi (2240 kPa). Catheter punctures are prevented by unique design features that also protect against needle slippage. Additionally, each port is equipped with an integrated clip at the base that facilitates rapid and effortless tissue attachment.input:
output:The A.M.I. Clip-a-Port System is composed of a distinctive clip-on infusion port that is specifically designed for the venous delivery of pharmaceuticals, fluids, and nutrient solutions. A specially-designed base plate with an integrated clip is included in all models, allowing for the fastening of the port without the need for sutures or the waste of time. This clip can be slid under the fascia.What is the process for attaching the A.M.I.® Clip-a-Port to the tissue?The name “A.M.I.® Clip-a-Port” is derived from the fact that it is simply clipped on. An average of 10 minutes is saved per port implantation by employing the clip instead of sutures. To install the clip, simply slide it beneath the fascia.input:
output:Is it possible to suture A.M.I.’s® Clip-a-Port in the same way as conventional ports?

If you wish, you may apply a single suture. Pull the suture through the gap between the clip and the port’s base, and then suture it to the tissue.input:
output:What is the reason for the superiority of polyurethane as a catheter material?

Polyurethane is exceedingly resilient to bending, rendering it considerably simpler to implant. After implantation and exposure to body temperature, it becomes more malleable and softer, thereby protecting against venous perforation.