The Cole-Parmer Float-A-Lyzer G2 Dialysis Device is a disposable, ready-to-use solution designed for efficient dialysis of small sample volumes. Featuring biotech grade cellulose ester (CE) membrane with low protein binding and ultrapure composition, this device ensures 95–98% sample recovery, 99% sample purity, and less than 10% sample dilution. Ideal for dialyzing electro-eluted proteins and chromatography fractions, it simplifies sample loading and retrieval.
Product Features
- Disposable, ready-to-use dialysis device for easy sample handling
- 95–98% sample recovery, 99% purity, and less than 10% dilution
- Leak-proof, color-coded screw cap for pipette access and repeated sampling
- Biotech grade cellulose ester (CE) membrane with low protein binding
- Available in nine precise MWCOs ranging from 100 to 1,000,000 Daltons
- Cylindrical tubing design prevents dilution and allows total sample retrieval
- Floatation ring and weighted bottom maintain vertical orientation during dialysis
- Compact design allows multiple units in a single reservoir
- Supplied dry with glycerol, packaged in sets of 12
Warning:Please handle the Float-A-Lyzer G2 device according to laboratory safety protocols. Avoid direct contact with the membrane to prevent damage. Dispose of used devices following your institution's hazardous waste guidelines.
Benefits
- Simplifies dialysis of small volumes with easy loading and retrieval
- Maintains sample integrity with high recovery and purity rates
- Leak-proof screw cap reduces risk of sample loss during processing
- Reusable access for in-process testing without compromising seal
- Efficient use of dialysis reservoir space with vertical orientation design
Why Choose Cole-Parmer Float-A-Lyzer G2?
The Cole-Parmer Float-A-Lyzer G2 offers a user-friendly, reliable dialysis device that enhances sample recovery and purity while minimizing dilution. Its leak-proof screw cap and biotech-grade CE membrane deliver consistent results, making it an excellent choice for protein dialysis and chromatography fraction processing in research and quality control labs.
