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Shipping about 5-7 days
Fresenius Helixone FX-8 Low Flux Dialyzer – for Hemodialysis
New4.1|23 Ratings
Quantity :
1
Specifications
- Dialyzer Type : Low-flux, hollow fiber
- Membrane Material : Helixone® (polysulfone)
- Effective Surface Area : 1.4 m²
- Priming/Blood Volume : ~74 mL
- Ultrafiltration Coefficient (KUF) : 12 mL/h/mmHg
- Blood Flow Range (Qb) : ~150–400 mL/min
- Dialysate Flow (Qd) : ~500 mL/min (standard test condition)
- Sterilization Method : INLINE steam sterilized
- Housing Material : Polypropylene
- Potting Material : Polyurethane
- Flux Type : Low-flux
- Application : Hemodialysis (HD)
highlights
- Nanotechnology-based membrane (NCS™) → uniform pore size and improved efficiency
- Homogeneous blood flow design reduces stagnation zones and improves performance
- Reduced diffusion resistance due to optimized fiber dimensions
- Dry, sterile dialyzer with minimal contamination risk (steam sterilized)
- Consistent and reliable dialysis outcomes across treatments
in the box
- 1 × FX-8 Low Flux Dialyzer (sterile, single-use)
Use Cases :
- Chronic hemodialysis (HD)
- Acute kidney injury (AKI) dialysis
- Routine low-flux dialysis therapy
- Suitable for patients requiring controlled ultrafiltration and small-solute clearance
Key Features :
- Helixone® membrane technology with controlled pore structure for efficient toxin removal
- Low-flux design optimized for removal of small molecules (urea, creatinine)
- Advanced fiber bundle geometry for improved hemodynamics and solute clearance
- Radial dialysate flow design ensures uniform distribution around fibers
- INLINE steam sterilization (no chemical residues, high purity)
- Lightweight polypropylene housing for easier handling and disposal
- High biocompatibility & endotoxin retention
Warranty
Seller
AA MEDIE QUIPLearn More
Product Description
The FX-8 is a single-use, low-flux hollow-fiber dialyzer designed for hemodialysis treatment in patients with renal failure. It uses the advanced Helixone® polysulfone membrane, developed using nanotechnology to provide efficient removal of uremic toxins while maintaining high biocompatibility. The ...
Other Details
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