Learn More
Spectrum™ Micro Float-A-Lyzer™ Ready-to-Use Small Volume Dialysis Device
Providing ultimate convenience, this preassembled device incorporates Spectrum's ultrapure Biotech Grade Cellulose Ester (CE) membrane tubing into an easy-to-use design making laboroatory microdialysis easier than ever
Specifications
Product Type | Micro Float-A-Lyzer Dialysis Device |
---|---|
Membrane | Cellulose Ester |
Material | Polycarbonate |
Diameter (English) Membrane | 0.25 in. |
Diameter (Metric) Membrane | 6.4 mm |
Description
Providing ultimate convenience, this preassembled device incorporates Spectrum's ultrapure Biotech Grade Cellulose Ester (CE) membrane tubing into an easy-to-use design making laboroatory microdialysis easier than ever
Ready-to-Use and disposable, the Float-A-Lyzer G2 incorporates Biotech Grade Cellulose Ester (CE) membrane tubing into a preasembled dialysis device that is easy-to-use & provides ultimate convenience. Available in volume sizes: 1, 5, and 10 mL. The resealable screw cap is color-coded for 9 available MWCO's and provides open access for easy loading and total sample recovery with a disposable pipet (included for 5 and 10mL sizes). The flotation ring (included) provides buoyancy to maximize dialysis efficiency.
- Designed to stand upright on bench-tops during experimental preparation as well as float and self-orient during dialysis
- Leak-proof Luer-Lok™ cap provides easy access with the included syringe for easy loading and sample retrieval
- Units can also interlock for the simultaneous dialysis of multiple samples
- Ready-to-use and complete
- Easy syringe loading (no needle)
- Total sample recovery
- Ultrapure Biotech CE (no cleaning)
- Largest range of MWCOs
- Maximizes SA & minimizes hold-up volume
Specifications
Micro Float-A-Lyzer Dialysis Device | |
Polycarbonate | |
6.4 mm | |
45 mm | |
Luer lok | |
Each |
Cellulose Ester | |
0.25 in. | |
1.77 in. | |
Polypropylene | |
1mL syringe | |
Designed to stand upright on bench-tops during experimental preparation as well as float and self-orient during dialysis |