By combining more than 30 years of global experience in the design and Nipro created ELISIO™-H, a polynephron™ single-use, hollow fiber dialyzer. This state-of-the-art product evolves and advances our extensive fiber and dialyzer manufacturing expertise to your benefit.
The result: state-of-the-art performance through a synthesis of remarkable new membrane material, significant design improvements, and housing made with material not containing BPA or DEHP.
Specifications
- Packed 24/case
- Single-use, high flux dialyzer with a polypropylene housing and polyethersulfone membrane
- Available with 8 different surface area in m2: 0.9, 1.1, 1.3, 1.5, 1.7, 1.9, 2.1 and 2.5
| Model | Membrane surface area | Membrane | Sterilization | Use |
|---|---|---|---|---|
| ELISIO-09H | 0.9 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-11H | 1.1 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-13H | 1.3 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-15H | 1.5 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-17H | 1.7 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-19H | 1.9 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-21H | 2.1 m² | Polynephron | Gamma sterilized | Single use |
| ELISIO-25H | 2.5 m² | Polynephron | Gamma sterilized | Single use |
Features
Better
- More homogenous pore sizes, resulting in better clearances of uremic toxins and low molecular weight proteins like ß2-microglobulin and myoglobin, with limited loss of important proteins such as albumin.
- Unique ripple structure inside the dialyzer creates a more homogenous flow, enhancing small molecule clearances.
- Ultra-smooth polyurethane cut surface minimizes the risk of blood cell damage and clotting, resulting in better rinseback to patients.
- Improved header shape with redesigned caps to optimize blood flow dynamics.
- Header caps are permanently attached, eliminating accidental removal or reuse.
Safer
The only dialyzer in the U.S. made with polymers not containing BPA or DEHP, both proven to be endocrine disruptors.
Greener
Lighter than existing dialyzers to reduce shipping and disposal costs, plus, it requires fewer raw materials to produce.