Flux Dialyzer; 306mm Length; 40μm Fiber Wall Thickness; <75mmHg Blood Compartment Pressure Drop†; 105mL Blood Compartment Priming Volume; <20mmHg Dialysis Fluid Compartment Pressure Drop; 55mm External Diameter; 200μm Fiber Internal Diameter; 1.7M2 Surface Area; 225g Weight
The Clearum™ high flux steam sterilized (HS) family of high flux hollow‑fiber dialyzers are single use devices for extracorporeal dialysis treatments. The dialyzers’ surface areas range from 1.3 to 2.2 m2.Blood flows from the inlet to the outlet of the blood compartment into the fiber bundle where the particulate exchange with the dialysis fluid takes place. Solutes are cleared from the blood using diffusion across a semi-permeable membrane, driven by a concentration gradient, from the blood to the dialysate across the membrane. A typical circuit diagram is shown in figure 1. During dialysis treatment, the blood that is removed from the uremic patient flows through the extracorporeal circuit and enters the hollow‑fiber bundle to remove the highly concentrated toxic substances. This exchange re-establishes the electrolyte balance and removes some of the excess plasma water.
The Clearum™ high flux steam sterilized (HS) family of high flux hollow‑fiber dialyzers are single use devices for extracorporeal dialysis treatments. The dialyzers’ surface areas range from 1.3 to 2.2 m2.Blood flows from the inlet to the outlet of the blood compartment into the fiber bundle where the particulate exchange with the dialysis fluid takes place. Solutes are cleared from the blood using diffusion across a semi-permeable membrane, driven by a concentration gradient, from the blood to the dialysate across the membrane. A typical circuit diagram is shown in figure 1. During dialysis treatment, the blood that is removed from the uremic patient flows through the extracorporeal circuit and enters the hollow‑fiber bundle to remove the highly concentrated toxic substances. This exchange re-establishes the electrolyte balance and removes some of the excess plasma water.
The Clearum™ high flux steam sterilized (HS) family of high flux hollow‑fiber dialyzers are single use devices for extracorporeal dialysis treatments. The dialyzers’ surface areas range from 1.3 to 2.2 m2.Blood flows from the inlet to the outlet of the blood compartment into the fiber bundle where the particulate exchange with the dialysis fluid takes place. Solutes are cleared from the blood using diffusion across a semi-permeable membrane, driven by a concentration gradient, from the blood to the dialysate across the membrane. A typical circuit diagram is shown in figure 1. During dialysis treatment, the blood that is removed from the uremic patient flows through the extracorporeal circuit and enters the hollow‑fiber bundle to remove the highly concentrated toxic substances. This exchange re-establishes the electrolyte balance and removes some of the excess plasma water.
The Clearum™ high flux steam sterilized (HS) family of high flux hollow‑fiber dialyzers are single use devices for extracorporeal dialysis treatments. The dialyzers’ surface areas range from 1.3 to 2.2 m2.Blood flows from the inlet to the outlet of the blood compartment into the fiber bundle where the particulate exchange with the dialysis fluid takes place. Solutes are cleared from the blood using diffusion across a semi-permeable membrane, driven by a concentration gradient, from the blood to the dialysate across the membrane. A typical circuit diagram is shown in figure 1. During dialysis treatment, the blood that is removed from the uremic patient flows through the extracorporeal circuit and enters the hollow‑fiber bundle to remove the highly concentrated toxic substances. This exchange re-establishes the electrolyte balance and removes some of the excess plasma water.
The Clearum™ high flux steam sterilized (HS) family of high flux hollow‑fiber dialyzers are single use devices for extracorporeal dialysis treatments. The dialyzers’ surface areas range from 1.3 to 2.2 m2.Blood flows from the inlet to the outlet of the blood compartment into the fiber bundle where the particulate exchange with the dialysis fluid takes place. Solutes are cleared from the blood using diffusion across a semi-permeable membrane, driven by a concentration gradient, from the blood to the dialysate across the membrane. A typical circuit diagram is shown in figure 1. During dialysis treatment, the blood that is removed from the uremic patient flows through the extracorporeal circuit and enters the hollow‑fiber bundle to remove the highly concentrated toxic substances. This exchange re-establishes the electrolyte balance and removes some of the excess plasma water.
The Clearum™ high flux steam sterilized (HS) family of high flux hollow‑fiber dialyzers are single use devices for extracorporeal dialysis treatments. The dialyzers’ surface areas range from 1.3 to 2.2 m2.Blood flows from the inlet to the outlet of the blood compartment into the fiber bundle where the particulate exchange with the dialysis fluid takes place. Solutes are cleared from the blood using diffusion across a semi-permeable membrane, driven by a concentration gradient, from the blood to the dialysate across the membrane. A typical circuit diagram is shown in figure 1. During dialysis treatment, the blood that is removed from the uremic patient flows through the extracorporeal circuit and enters the hollow‑fiber bundle to remove the highly concentrated toxic substances. This exchange re-establishes the electrolyte balance and removes some of the excess plasma water.