High Flux Single-Use Dialyzers

The proven technology of Advanced Fresenius Polysulfone quality, biocompatibility, and performance provide the foundation upon which Optiflux dialyzer technology is built.

Our asymmetric membrane structure provides a unique barrier that adsorbs endotoxins. Other advances in fiber and dialyzer technology enable more disruptive  flow to improve solute removal. The resulting steeper sieving curve enhances small and middle molecule clearance without increasing albumin loss.

Optiflux® high flux ebeam-sterilized dialyzers feature the improved convenience for use in the arterial end upright or arterial inverted position.

Compare Dialyzers

 

Comparison

F160NRe F180NRe F180NR F200NRe F250NRe
Therapy SU SU SU SU SU
Surface Area (m2) 1.5 1.7 1.7 1.9 2.5
Prime Volume (mL) 87 102 105 113 142
Kuf (in vitro bovine 32%) 61 76 58 74 111
Sterilant E beam E beam EtO E beam  E beam
KoA Urea (at QB300/QD500 mL/min) 1167 1321 1145 1415 1714
Lysozyme* (mL/min) 74 87 60 83 113
Product Code 0500316E 0500318E 0500318N 0500320E 0500325E
Clearance QB 300, QD 500 mL/min
Urea 271 277 274 280 287
Creatinine 242 253 251 259 273
Phosphate 241 253 238 254 274
Vitamin B12 153 169 168 177 205
Clearance QB 400, QD 500 mL/min
Urea 317 328 323 333 349
Creatinine 274 290 285 298 321
Phosphate 279 297 289 298 328
Vitamin B12 162 181 178 189 226
Clearance QB 400, QD 600 mL/min
Urea 332 344 NA 348 366
Creatinine 288 304 NA 310 338
Phosphate 290 307 NA 309 341
Vitamin B12 167 189 NA 195 235
Clearance QB 400, QD 800 mL/min
Urea 349 360 358 365 381
Creatinine 302 320 316 328 357
Phosphate 304 321 314 324 356
Vitamin B12 173 195 209 203 248

 

Membrane: Advanced Fresenius Polysulfone (Optiflux)
Housing: Polycarbonate
Potting Compound: Polyurethane
Clearance data in vitro with UFR = 0 mL/min. Data on file.
In vivo performance may differ.
Sodium used as a marker for urea.
*MW 14,300, surrogate for middle molecule clearance measured with lysozyme.

 

Optiflux F160NRe

F160NRe
Therapy SU
Surface Area (m2) 1.5
Prime Volume (mL) 87
Kuf (in vitro bovine 32%) 61
Sterilant E beam
KoA Urea (at QB300/QD500 mL/min) 1167
Lysozyme* (mL/min) 74
Product Code 0500316E
Clearance QB 300, QD 500 mL/min
Urea 271
Creatinine 242
Phosphate 241
Vitamin B12 153
Clearance QB 400, QD 500 mL/min
Urea 317
Creatinine 274
Phosphate 279
Vitamin B12 162
Clearance QB 400, QD 600 mL/min
Urea 332
Creatinine 288
Phosphate 290
Vitamin B12 167
Clearance QB 400, QD 800 mL/min
Urea 349
Creatinine 302
Phosphate 304
Vitamin B12 173
Membrane: Advanced Fresenius Polysulfone (Optiflux)
Housing: Polycarbonate
Potting Compound: Polyurethane
Clearance data is in vitro with UFR=OmUmin. Data on file.
In vivo performance may differ.
Sodium used as a marker for urea.

*MW 14,300, surrogate for middle molecule clearance measured with lysozyme. Click HERE for legal and technical specifications

 

Optiflux F180NRe

F180NRe
Therapy SU
Surface Area (m2) 1.7
Prime Volume (mL) 102
Kuf (in vitro bovine 32%) 76
Sterilant E beam
KoA Urea (at QB300/QD500 mL/min) 1321
Lysozyme* (mL/min) 87
Product Code 0500318E
Clearance QB 300, QD 500 mL/min
Urea 277
Creatinine 253
Phosphate 253
Vitamin B12 169
Clearance QB 400, QD 500 mL/min
Urea 328
Creatinine 290
Phosphate 297
Vitamin B12 181
Clearance QB 400, QD 600 mL/min
Urea 344
Creatinine 304
Phosphate 307
Vitamin B12 189
Clearance QB 400, QD 800 mL/min
Urea 360
Creatinine 320
Phosphate 321
Vitamin B12 195
Membrane: Advanced Fresenius Polysulfone (Optiflux)
Housing: Polycarbonate
Potting Compound: Polyurethane
Clearance data in vitro with UFR = 0 mL/min. Data on file .
In vivo performance may differ.
Sodium used as a marker for urea.
*MW 14,300, surrogate for middle molecule clearance measured with lysozyme.

 

Optiflux F180NR

F180NR
Therapy SU
Surface Area (m2) 1.7
Prime Volume (mL) 105
Kuf (in vitro bovine 32%) 58
Sterilant EtO
KoA Urea (at QB300/QD500 mL/min) 1145
Lysozyme* (mL/min) 60
Product Code 0500318N
Clearance QB 300, QD 500 mL/min
Urea 274
Creatinine 251
Phosphate 238
Vitamin B12 168
Clearance QB 400, QD 500 mL/min
Urea 323
Creatinine 285
Phosphate 289
Vitamin B12 178
Clearance QB 400, QD 600 mL/min
Urea NA
Creatinine NA
Phosphate NA
Vitamin B12 NA
Clearance QB 400, QD 800 mL/min
Urea 358
Creatinine 316
Phosphate 314
Vitamin B12 209
Membrane: Advanced Fresenius Polysulfone (Optiflux)
Housing: Polycarbonate
Potting Compound: Polyurethane
Clearance data in vitro with UFR = 0 mL/min. Data on file.
In vivo performance may differ.
Sodium used as a marker for urea.
*MW 14,300, surrogate for middle molecule clearance measured with lysozyme.

 

Optiflux F200NRe

F200NRe
Therapy SU
Surface Area (m2) 1.9
Prime Volume (mL) 113
Kuf (in vitro bovine 32%) 74
Sterilant E beam
KoA Urea (at QB300/QD500 mL/min) 1415
Lysozyme* (mL/min) 83
Product Code 0500320E
Clearance QB 300, QD 500 mL/min
Urea 280
Creatinine 259
Phosphate 254
Vitamin B12 177
Clearance QB 400, QD 500 mL/min
Urea 333
Creatinine 298
Phosphate 298
Vitamin B12 189
Clearance QB 400, QD 600 mL/min
Urea 348
Creatinine 311
Phosphate 309
Vitamin B12 195
Clearance QB 400, QD 800 mL/min
Urea 365
Creatinine 328
Phosphate 324
Vitamin B12 203
Membrane: Advanced Fresenius Polysulfone (Optiflux)
Housing: Polycarbonate
Potting Compound: Polyurethane
Clearance data in vitro with UFR=0mL/min. Data on file.
In vivo performance may differ.
Sodium used as a marker for urea.
*MW 14,300, surrogate for middle molecule clearance measured with lysozyme.

 

Optiflux F250NRe

F250NRe
Therapy SU
Surface Area (m2) 2.5
Prime Volume (mL) 142
Kuf (in vitro bovine 32%) 111
Sterilant E beam
KoA Urea (at QB300/QD500 mL/min) 1714
Lysozyme* (mL/min) 113
Product Code 0500325E
Clearance QB 300, QD 500 mL/min
Urea 287
Creatinine 273
Phosphate 274
Vitamin B12 205
Clearance QB 400, QD 500 mL/min
Urea 349
Creatinine 321
Phosphate 328
Vitamin B12 226
Clearance QB 400, QD 600 mL/min
Urea 366
Creatinine 338
Phosphate 341
Vitamin B12 235
Clearance QB 400, QD 800 mL/min
Urea 381
Creatinine 357
Phosphate 356
Vitamin B12 248
Membrane: Advanced Fresenius Polysulfone (Optiflux)
Housing: Polycarbonate
Potting Compound: Polyurethane
Clearance data in vitro with UFR = 0 mL/min. Data on file.
In vivo performance may differ.
Sodium used as a marker for urea.
*MW 14,300, surrogate for middle molecule clearance measured with lysozyme.

 

 


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