Purifier High-Flux Dialyzer

HIGH-FLUX SYNTHETIC PURIFIER H DIALYZERS

PUREMA member of the Purifier Family, famous for its biocompatibility and therapeutic success.

which is Polyethersulfone membranes, a new technology from Membrana, are used to create capillaries. Clinical studies showed that Purifier High-Flux Dialyzers performed exceptionally well because of their innovative Polyethersulfone membrane construction.

Features:

Excellent and consistent clearances during the course of the treatment.

Significantly improved elimination of LMW proteins

Low loss of albümin

Excellent biocompatibility and considerably decreased complement generation in a synthetic membrane.

More pronounced sieving profile

Membrane integrity is preserved by gamma sterilization without oxygen.

Dialysate port caps aid in preventing contamination.

Various sizes are available to better match perfo.

Purifier Dialyzers with low flux provide good low-flux treatment. PUREMA Polyethersulfone is a new technology from Membrana, are used to create capillaries. The best possible clearance value and stability are provided by its exceptional Polyethersulfon membrane. Micro-inflammation risk and thrombogenic potential are reduced as a result of the new technology's intrinsically hydrophilic membrane structure.

Features:

Excellent clearances are delivered by modern polyethersulfone membranes.

Improved performance in regard to creatinine, phosphate, and vitamin B12 clearance.

Advanced synthetic membrane with excellent biocompatibility.

Membrane integrity is preserved by gamma sterilization without oxygen.

Dialysate port caps assist avoid contamination, and they come in a variety of sizes to better meet patient demands.

One of the best low flux dialyzers on the market/high-end low flux membrane.

According to the precise features of the membrane, a wide range of poisons can pass through. The superior synthetic Polyethersulfone membranes are more biocompatible and thus less likely to activate the immune system of the body. This lessens different drawbacks of less biocompatible membranes as well as allergy reactions. A unique membrane for sterile filtration, Polyethersulfone (PES) membrane for aqueous solutions primarily removes viruses, bacteria, tiny particles, and fungus.

The PURIFIER dialyzer has demonstrated its extensive capability in terms of diffusive permeability and clearance. This dialyzer's PUREMA Polyethersulfone membrane has a thinner wall than more conventional synthetic membranes. By reducing the diffusion distance, this thin-walled construction increases ultrafiltration rates and improves performance.

The revolutionary pore-forming technique of the PURIFIER dialyzer membrane reduces dialysate flow resistance, leaves fewer dead areas, and enables broad capillary use, resulting in the highest possible Clearance.