TICARE® Disposable Heamodialyser, Low Flus and High Flus

The TICARE® Disposable Hemodialyzer is a high-quality, sterile dialysis filter designed for efficient blood purification in patients with acute and chronic renal failure. Available in Low Flux and High Flux models, this hemodialyzer ensures optimal toxin removal, biocompatibility, and ultrafiltration performance, helping improve patient outcomes during hemodialysis treatment. With its advanced membrane technology and precise filtration capability, it provides safe, effective, and reliable dialysis therapy.

Product Specifications

• Types Available: Low Flux & High Flux models for different dialysis requirements
• Membrane Material: High-quality synthetic polysulfone/polyethersulfone (PS/PES) for excellent biocompatibility and performance
• Effective Surface Area: 1.0m² – 2.2m² (customizable sizes for different patient needs)
• Ultrafiltration Coefficient (KUF):
  • Low Flux: Suitable for standard dialysis with moderate ultrafiltration
  • High Flux: Enhanced clearance for larger molecules and better fluid removal
• Clearance Rate:
  • Urea (Kt/V): Optimized for high removal efficiency
  • β2-microglobulin: Efficient clearance in high-flux models
• Pore Size: Specially designed for precise toxin removal while retaining essential proteins
• Housing Material: Medical-grade polycarbonate, ensuring high-pressure resistance and durability
• Sterilization: Gamma-ray or ETO sterilized, ensuring safety and ready-to-use condition
• Connector Type: Standard Luer Lock or Customized Connectors, compatible with all major dialysis machines
• Packaging: Individually packed in sterile, medical-grade blister packaging
• Certifications: CE, ISO 13485, meeting global medical safety standards

Application Areas

• Hospitals & Dialysis Centers – Used for both acute and chronic kidney failure patients.
• Home Hemodialysis – Suitable for patients undergoing assisted dialysis treatment at home.
• ICU & Critical Care Units – Ideal for use in continuous renal replacement therapy (CRRT) for critically ill patients.