A hemodialysis machine is a vital medical device used in the treatment of acute and chronic renal failure. It performs the essential function of artificial kidney, effectively removing waste products and excess fluids from the blood of patients whose kidneys can no longer perform these functions adequately.
Components:
Key components of the hemodialysis machine include:
• Blood Pump: Propels blood through the dialyzer at a controlled rate.
• Dialysate Delivery System: Mixes and delivers dialysate solution to the dialyzer.
• Dialysate Composition Monitor: Ensures the correct composition of electrolytes and pH in the dialysate.
• Pressure Monitors: Regulate and monitor pressures within the machine and dialyzer to prevent complications.
• Temperature Monitor: Maintains the correct temperature of the dialysis fluid.
Read more about product ..Diacare offers a robust and user-friendly system, featuring a durable stainless steel frame for long-lasting rust resistance. The capacitive touch screen ensures seamless operation, even with wet gloves. The large 7'' display provides clear, easily readable information at a glance, enhancing user convenience and efficiency.
Features:
Key features includes
• In-built battery backup to keep system running in case of power failure.
• Sterilant consumption monitor keeps the track of consumption of sterilant.
• In-built report generation to generate all vital reports directly from system.
• Voice assistant throughout the process.
• System has dedicated programs for the machine Rinse & Sanitization cycles.
• Barcode label printer and scanner can be directly connected to machine, allows user to keep a track of all the dialyzers reprocessing at click of buttons.
• It has all th safety and compliance which industry expect from the products like DIACARE.
Hollow fiber dialyzers are advanced medical devices used in hemodialysis to efficiently remove waste products and excess fluids from the blood of patients with renal failure.
Components:
Key components of hollow fiber dialyzers include:
• Hollow Fibers: Thousands of semipermeable fibers with internal diameters of 180–200 microns and wall thicknesses of 30–40 microns, yielding a surface area of 1.0–2.5 m².
• Housing: A durable outer casing that encloses the hollow fibers and ensures secure connections within the dialysis system.
• End Caps: Secure the fiber bundle and facilitate blood and dialysate flow.
The dialysis catheter serves as a conduit for blood to be removed from and returned to the patient’s body during hemodialysis. It allows for high blood flow rates necessary for effective dialysis, ensuring the efficient removal of waste products and excess fluids from the blood.
Components:
Key components of the dialysis catheter include:
• Lumens: Dual or triple lumens for simultaneous blood withdrawal and return, minimizing recirculation and ensuring effective dialysis.
• Tips: Specially designed tips (e.g., split-tip or step-tip) to optimize blood flow and reduce the risk of clotting and damage to blood vessels.
• Material: Bio-compatible materials to minimize the risk of infection and thrombosis, often coated with antimicrobial substances.
The Diasafe Plus Filter functions as a critical component in the dialysis circuit, removing endotoxins, bacteria, and other contaminants from the dialysate. This ensures that only sterile, ultra-pure fluid contacts the patient's blood, minimizing the risk of infection and inflammatory responses.
Components:
Key components of the Diasafe Plus Filter include:
• Membrane: High-flux synthetic membrane with exceptional filtration properties, capable of retaining particles as small as bacteria and endotoxins.
• Housing: Durable, biocompatible casing that protects the membrane and ensures secure connections within the dialysis system.
• End Caps: Secure the filter elements and ensure a leak-free operation, maintaining the integrity of the filtration process.
The RO plant uses reverse osmosis technology to remove contaminants such as ions, organic compounds, and microorganisms from the water. It ensures the production of water that meets stringent medical standards for dialysis.
Components:
Key components of the RO plant include:
• Pre-Treatment System: Comprising sediment filters, carbon filters, and water softeners to remove larger particles, chlorine, and hardness from the water.
• RO Membranes: Semi-permeable membranes that filter out microscopic contaminants, providing high-purity water.
• Post-Treatment System: Including UV sterilizers and deionizers to further purify and sterilize the water.
• Storage Tanks: Sanitary tanks for storing purified water, ensuring a constant supply during dialysis sessions.
