Fresenius Renal Technologies offers a wide range of biocompatible, polysulfone dialyzers to meet the clinical needs of all patient types. Proven. Hollow Fiber Dialyzer. GENERAL INFORMATION. Indications: Hemoflow/Optiflux dialyzers are designed for acute and chronic hemodialysis and are appropriate. The FX-class® dialysers are sterilised by the unique. INLINE steam sterilisation process specifically developed by Fresenius Medical Care. During the INLINE.
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Dialyzers for hemodialysis – Fresenius Medical Care
The larger diameter facilitates improved flow conditions, allowing for higher convective volumes in an HDF treatment 2. The blue header with its laterally placed blood inlet port is designed to reduce the risk of kinked bloodlines, aiming at smooth handling and allowing healthcare professionals to focus on what really matters — the best care for patients. The human kidney is a small biological miracle with an intriguing design and function. A kidney transplant is the third treatment option for patients with chronic kidney failure.
Not all products are cleared or available for sale in all Asia Pacific countries. This shows the breadth and variety of possibilities that can arise from a single object — as demonstrated in the diverse FX dialyzers portfolio. Since developing this innovation, Fresenius Medical Care has continuously improved its dialyzers and has expanded its production capacities in St.
Advanced design goes beyond direct functionality, it also has to be easy on the environment.
Best choice for high biocompatibility Cytotoxicity is minimal after steam sterilization, whereas it increases with gamma irradiation. Modern technology diaoyzers vital kidney functions Most patients with chronic renal failure receive treatment at a dialysis clinic three to four times a week — either in a dialysis clinic or at home.
The kidneys create urine, which is excreted through the urinary tract. This is controlled by various hormones that are produced in the kidneys.
Kidneys remove excess water and detoxify the body The kidneys create urine, which is excreted through the urinary tract. A dialysis machine pumps blood from a special vascular access in the lower arm of the patient into a dialyzer, the so-called artificial kidney.
Low rinsing volumes Minimal preparation time — since dialyzers are clean on arrival, rinsing times prior to use are substantially reduced. Fresenius Medical Care itself operates more than 3, dialysis centers around the world and bases its dialysis treatment on high quality standards. Significantly higher removal rates were observed with FX CorDiax for: A very large and competive market, with several manufacturers, serves the needs of the hemodialysis community.
More even distribution of pores Estimated increased average pore size of 1. The structure of the support region is crucial to overall performance Membrane porosity, together with the pore size, regulates the transport of middle molecules. We asked artists to interpret the benefits of the FX Dialyzers diaalyzers their own way — be it figurative or abstract, poetic or surreal, two- or three-dimensional — with stunning results.
Wendel that the first Fresenius dialyzers were developed, and it was also here that the first dialyzer production lines were set up. The kidneys of these patients are unable to filter metabolic toxins and excess water from the blood for excretion through the urine. Kidneys come in pairs and are each about eleven centimeters long in an adult and weigh an average of grams. Endotoxin adsorption per cm 2 membrane surface area after min in-vitro dialysis with contaminated dialysate 1.
Highly pure, sterile and pyrogen-free dialyzers without any potentially harmful residuals from sterilization Biocompatibility of membranes remains unaffected from sterilization Optimized use of resources due to low rinsing volumes: Optimized header design 5.
The capillaries are made of Fresenius Polysulfone, a special plastic with exceptional filtering and hemocompatibility characteristics. Blood flows through the dialyzer on the interior lumen of the fibers.
This enables a homogenous distribution of the incoming blood flow dialhzers each fiber in the bundle Homogeneous dialysate flow for better clearances The pinnacle structure at both ends of the polypropylene housing together with the potting technology provides an even, radial flow of the dialysate around the individual fibers of the bundle The undulation of the hollow fibers prevents dialysate channeling and, thus, enhances the performance of the dialyzer.