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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Fdesenius dialyzers weigh around half as much as most dialyzers. If any leakages were present in the membrane, air would pass the membrane and create bubbles.
By clicking on the button “Accepted and Confirmed” you assure that you have taken note of this information and that you are a healthcare professional. Lateral blood inlet port 2. The lightness and sustainability of the material is represented by floating caps, which were captured with a special lens that gives the image a feeling of immediate airiness and clarity.
FX CorDiax dialyzers Designed to dialyze. Precise nanoscale fialyzers of pore size, structure and distribution favors minimal resistance to solute transfer across the membrane and contributes to improved clearances compared to macro-design membranes.
A kidney transplant is the third treatment option for patients with chronic kidney failure. Several state-of-the-art technologies have been combined to create the distinctive functional properties of the FX Dialyzers.
This image is about the radial distribution of blood in the dialyzer.
Rinsing with hot steam assures a gentle sterilization — without the need for chemicals or irradiation, which may lead to increased cytotoxic 14 and carcinogenic residuals.
The speed and dynamic of the flowing blood are at the center of this concept. This allows them to be flexible and to maintain their normal rhythm and job. The wide majority of hemodialysis patients undergo out-patient treatment at one of about 38, dialysis centers around the world. Not all dialyzeers are cleared or available for sale in all Asia Pacific countries. Effective surface m 2 0. Better clearance through nanotechnology Conventional pores.
FX CorDiax dialyzer – Fresenius Medical Care
This results in a greater pressure difference between the blood and dialysate compartments. Wendel was already producingfilters per year — manufactured in those days with Cuprophan, the standard fiber then used in the industry. Contributions to Nephrology, Karger, Basel, The removal of uremic toxins and excessive water is the fundamental goal of the hemodialysis treatment.
Depending upon the manufacturer, the fibers are made from such biocompatible dualyzers as cellulose acetate or polysulfone. Pores in the capillaries filter metabolic toxins and excess water from the blood and flush them out of the body with dialysis fluid.
Optimized dialysate flow The 3-dimensional microwave structure of the fiber ensures uniform radial dialysate flow around each fiber within the bundle by preventing fluid channeling, thereby enhancing clearance values and improving the overall performance of the dialyzer.
Minimal preparation time — since dialyzers are clean on arrival, rinsing times prior to use are substantially reduced. Attention The medical device and dialyzdrs related information on this website is aimed exclusively at healthcare professionals. FX low-flux Advanced design for low-flux dialysis The removal of uremic toxins and excessive water is dialyzets fundamental goal of the hemodialysis treatment.
A very large and competive market, with several manufacturers, serves the needs of the hemodialysis community. Nephrology ; Modern technology replaces 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. Biocompatibility profile of the Polysulfone membrane. The medical device and therapy related information on this website is aimed exclusively at healthcare professionals.
FX Dialyzers — Blue makes a difference
FX CorDiax dialyzers Designed to dialyze. Enhanced performance The optimized header design of the FX Dialyzers ensures a homogenous blood diwlyzers path. Advanced design goes beyond direct functionality, it also has to be easy on the environment. Low rinsing volumes Rinsing time and volume is substantially lower compared to gamma sterilized dialyzers Lower costs Lower rinsing volumes mean reduced preparation costs.
All dialyzers have to pass the bubble point test as part of the INLINE steam sterilization process Sterile air is pressed into the dialyzate compartment while the blood compartment contains sterile water If any leakages were present in the membrane, air would pass through the membrane and create bubbles Dialyzers failing the integrity test are discarded This integrity test minimizes the risk of fibre ruptures and the risk of blood leakages.
Radial dialyzate flow The pinnacle structure of the polypropylene housing ensures a uniform dialyzate flow around the entire fiber bundle A high packing density of the fiber bundle and a special wavy fiber structure to avoid dialyzate channeling Combined these features enable the constant performance of all FX dialyzers. Solutes encounter resistance while traversing the membrane wall.
Together with structural refinements to the support region of the fiber, this enables improvements in both diffusive and convective transport, which is of particular importance when performing High-Flux hemodialysis. A catheter — a small plastic tube — that was inserted during diwlyzers operation is used to introduce dialysis solution into the abdominal cavity.
Changes of the material properties can be observed after sterilization with gamma irradiation, while the material remains intact in this respect when using steam sterilization.
Kind to the environment Advanced design goes beyond direct functionality, it also has to be easy fresenous the environment. The large variety of dialyzers permits physicians to appropriately specify a hemodialysis treatment to meet the needs of a patient.