Hemodialysis And ABG

Dialyzer

At Lepu Medical, we provide low-flux and high-flux dialyzers that cater to various needs of hemodialysis therapy. Our low-flux dialyzers are efficient in filtering micro molecules. Our high-flux dialyzers will secure fast and thorough removal of micro, middle, and macro molecules. We recommend you to choose our high-flux dialyzers to achieve optimal outcomes of dialysis therapy.

Hemoperfutor

Absorb macromolecular toxins and protein binding toxoids in the body of patients with end-stage renal disease (ESRD). Combined with hemodialysis treatment, reduces the complication symptoms.

Hemodialysis Accessories

Disposable intravenous arterial hemodialysis tubing, as extracorporeal circulation line used with hemodialysis machine, hemodialysis filter and blood perfusion device.

A hemodialysis machine is a complex medical device that is used to perform hemodialysis, a treatment for patients with kidney failure. The machine works by removing waste products and excess fluid from the patient’s blood and maintaining the balance of electrolytes. Here’s a simplified explanation of how a hemodialysis machine works:

Blood Access: The patient’s blood is accessed through a vascular access site, which is typically an arteriovenous fistula (AV fistula), arteriovenous graft (AV graft), or a central venous catheter. The access site allows the machine to withdraw blood from the patient’s body and return it after dialysis.

Blood Pump: The machine has a blood pump that draws the patient’s blood from the access site. The pump creates a continuous flow of blood, which is important for efficient dialysis.

Dialyzer: The blood is directed from the pump into the dialyzer, also known as an artificial kidney. The dialyzer consists of two compartments separated by a semipermeable membrane. One compartment contains the patient’s blood, and the other contains a specialized dialysis fluid called dialysate.

Diffusion and Ultrafiltration: As the patient’s blood flows through the dialyzer, waste products, toxins, and excess fluid diffuse across the semipermeable membrane into the dialysate. This process is known as diffusion. Additionally, the machine uses a pressure gradient to remove excess fluid from the patient’s blood, a process called ultrafiltration.