Dialysis Machine Artificial Kidney

The term dialysis machine artificial kidney refers to the medical device designed to mimic the vital filtration function of a human kidney. When a person suffers from end-stage renal failure or severe kidney damage, the artificial kidney—also known as a dialysis machine—performs the essential task of removing toxins, excess fluids, and metabolic waste from the blood.

How Dialysis Machine Artificial Kidney Works:
Blood withdrawal: Blood is drawn from the patient via a catheter or fistula.

Filtration: The blood passes through a semi-permeable membrane where waste is filtered out.

Dialysate exchange: A special fluid called dialysate absorbs waste and excess electrolytes.

Clean blood return: The filtered blood is safely returned to the patient’s body.

Key Features:
Automated fluid and pressure regulation

Real-time blood pressure and temperature monitoring

Biocompatible dialysis membranes

Alarms for clotting, air bubbles, or flow issues

Touchscreen controls and data storage

The dialysis machine artificial kidney continues to evolve with advanced technologies like wearable devices and implantable systems under research.