Vital Hollow Fiber Dialyzer - 14LF Pack of 24 (V-14LF)

Vital Hollow Fiber Dialyzer 14LF is a single-use, disposable dialyzer designed for hemodialysis treatment in adult patients with acute or chronic renal failure. This mid-flux dialyzer uses a polyethersulfone (PES) hollow fiber membrane to support the removal of metabolic waste and excess fluid from blood. With a 1.4 m² effective surface area and controlled ultrafiltration, the dialysis dialyzer supports consistent treatment performance and fluid management under qualified healthcare professional supervision.

Benefits

• Efficient clearance: Supports urea clearance and removal of small molecular metabolic waste during hemodialysis.
• Controlled fluid management: UF coefficient of 14 mL/mmHg/h supports controlled ultrafiltration during treatment.
• Biocompatibility: Polyethersulfone (PES) membrane provides biocompatibility for blood-contacting dialysis applications.
• Reduced clotting risks: Designed to support a significant reduction in clotting risks.
• Single-use design: Disposable dialyzer intended for individual hemodialysis treatment applications.

Intended for use and operation by qualified healthcare professionals only

1. Select as per blood volume calculation: Use the dialyzer specific for the intended hemodialysis treatment.
2. Connect the circuits:
   - Secure the mid-flux dialyzer vertically inside the holder.
   - Position the arterial (red) end down and venous (blue) end up during the initial line setup
   - Align arterial bloodline & thread into the roller-blood pump
   - Remove the protective caps and screw the male luer-lock terminal of the arterial line onto the bottom (red) inlet port of the dialyzer
   - Align venous bloodline & thread into the roller-blood pump
   - Connect the luer-lock end of the venous line onto the top (blue) outlet port of the dialyzer
   
3. Observe crucial parameters: Follow applicable clinical protocols and manufacturer instructions throughout treatment.
   - Attach the arterial and venous transducer protector lines to the machine's internal pressure ports to measure post-pump arterial and venous pressures