Hemodialysis Dialyzer

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AccuPoint-hemodialysis-dialyzer

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DESCRIPTION

Hemodialysis Dialyzer is known as an artificial kidney used to remove waste and excess
water from the patient’s blood. Accupoint Hemodialysis Dialyzers have the ability to remove an
extensive range of uremic toxins, effectively absorb endotoxins, and provide elemental
biocompatibility.
The patient’s blood flows through the dialyzer then back to the patient, as well as dialysate flux
through the dialyzer which is then properly disposed of.
The dialyzer uses tiny hollow filters that look like microscopic straws called a semi-permeable
membrane. As blood moves inside these tubes, it comes into contact with a solution that is circulated
in the space outside the hollow fibers: large molecules such as blood cells and large proteins are kept
inside the membrane, but smaller molecules and biological waste like urea and water pass-through
the small pores of the membrane.

BENEFITS OF HEMODIALYSIS DIALYZER

Compatible with multiple sterilization methods including steam, ethylene oxide and gamma radiation;

Capable of high levels of toxic clearance;

Higher mechanical strength which results in lower albumin loss

Allows for faster and easier processing of molecules

USAGE

hemodialysis dialyzers are almost exclusively used by physicians to filter fluids and wastes from a dialysis patient's blood.

TYPES OF HEMODIALYSIS DIALYZERS

Low Flux Polyethersulfone Hollow Fiber (Surface Area: 1.4sq.m): Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 80-33mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 85-37mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 180-252ml/min, Creatinine: 170-221ml/min, Phosphate: 160-208ml/min, Vitamin B12: 80-94ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 183-262ml/min, Creatinine: 172-230ml/min, Phosphate: 163-216ml/min, Vitamin B12: 84-100ml/min)

Low Flux Polyethersulfone Hollow Fiber (Surface Area: 1.6sq.m) Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 105-80mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 120-85mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 183-256ml/min, Creatinine: 175-227ml/min, Phosphate: 163-253ml/min, Vitamin B12: 91-105ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 188-264ml/min, Creatinine: 179-233ml/min, Phosphate: 166-259ml/min, Vitamin B12: 94-112ml/min)

Low Flux Polyethersulfone Hollow Fiber (Surface Area: 1.8sq.m) Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 120-100mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 129-95mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 188-263ml/min, Creatinine: 180-234ml/min, Phosphate: 167-227ml/min, Vitamin B12: 102-122ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 188-268ml/min, Creatinine: 180-239ml/min, Phosphate: 167-220ml/min, Vitamin B12: 102-126ml/min)

Low Flux Polyethersulfone Hollow Fiber (Surface Area: 2sq.m) Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 130-105mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 135-100mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 192-268ml/min, Creatinine: 183-237ml/min, Phosphate: 172-223ml/min, Vitamin B12: 133-129ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 196-273ml/min, Creatinine: 186-242ml/min, Phosphate: 175-227ml/min, Vitamin B12: 117-132ml/min)

High Flux Polyethersulfone Hollow Fiber (Surface Area: 1.5sq.m) Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 300-90mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 350-115mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 190-306ml/min, Creatinine: 186-269ml/min, Phosphate: 183-256ml/min, Vitamin B12: 152-196ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 194-323ml/min, Creatinine: 188-286ml/min, Phosphate: 187-270ml/min, Vitamin B12: 155-203ml/min), Beta2-microglobulin: 0.85mL/min, Inulin: 1mL/min, Myohemoglobin: 0.35mL/min, Albumin: ≤0.01mL/min

High Flux Polyethersulfone Hollow Fiber (Surface Area: 1.8sq.m) Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 320-95mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 370-130mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 192-317ml/min, Creatinine: 188-279ml/min, Phosphate: 185-267ml/min, Vitamin B12: 157-206ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 197-322ml/min, Creatinine: 192-295ml/min, Phosphate: 191-279ml/min, Vitamin B12: 161-211ml/min), Beta2-microglobulin: 0.85mL/min, Inulin: 1mL/min, Myohemoglobin: 0.35mL/min, Albumin: ≤0.01mL/min

High Flux Polyethersulfone Hollow Fiber (Surface Area: 2.0sq.m) Materials (Membrane: Polyethersulfone, Housing/Blood Cap: PolyCarbonate, Potting Compound: PE), TMP: 50-500mmHg, Ultrafiltration Coefficient QB=200mL/min (+/-20%): 341-99mL/h*kPA, Ultrafiltration Coefficient QB=400mL/min (+/-20%): 393-146mL/h*kPa, Clearance QD=500ml/min (QB: 200-400ml/min, Urea: 195-333ml/min, Creatinine: 191-300ml/min, Phosphate: 189-289ml/min, Vitamin B12: 160-232ml/min), Clearance QD=800ml/min (QB: 200-400ml/min, Urea: 200-353ml/min, Creatinine: 197-329ml/min, Phosphate: 195-306ml/min, Vitamin B12: 170-241ml/min), Beta2-microglobulin: 0.85mL/min, Inulin: 1mL/min, Myohemoglobin: 0.35mL/min, Albumin: ≤0.01mL/min

FAQS

What is reuse of a hemodialyzer?
During hemodialysis, a hemodialyzer, or artificial kidney, is used to
filter fluids and wastes from a dialysis patient’s blood. Reuse of a
hemodialyzer means that the same hemodialyzer (filter) is used
more than once for the same patient. When dialyzers are reused,
they are cleaned and disinfected after each treatment. They must
also be tested to make sure they are still working well before they
are used again.
How do I know that my dialyzer is working well?
the dialyzer to be reused should be tested in a
special way before its first use and again every time it is reused to
make sure it is working effectively. A dialyzer that is not working
well maybe one of the possible causes of loss of appetite, loss of body weight, nausea and vomiting, and changes in your monthly lab tests.
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