Centrifugal Filters

*Maximum initial sample volume: Swinging bucket(10.0mL), Fixed angle rotor(10.0mL)  

*Typical final concentrate volume: 200μL 

*Maximum relative centrifugal force: Swinging bucket rotor(4,000g), Fixed angle rotor(5,000g)

*Active membrane area: 5.48c㎡

*Protein Concentration, Nucleic Acid Concentraion, Buffer Exchange, Dialysis, Desalting 

*Dead stop: Avoids spinning to dryness, provides a predictable concentration factor and no need to calibrate for several samples to run in parallel

*Available in multiple pore sizes with the following defined Molecular Weight Cut-Offs (MWCO): 30, 50 and 100KD 

*Vertical membranes: Aligned with filtrate rather than perpendicular for less clogging, less waste and faster filtration; capable of 25- to 80-fold concentration in a single step concentration in a single step

*Reliable: Spin precious samples with confidence in one robust, sleek unit that prevents leakage 

*Ultrafiltration membrane is neutrally charged, rendering it low binding for enhanced flux and recovery. The membrane has excellent chemical resistance and very low extractables 

*Temperature range: -20°C to +50C° 

*Autoclavability: No

Processing of protein solutions containing biomolecules (albumin, mAbs, lgG, lgM, hormones, growth factors, etc.)

*Acetic Acid (>25%)

*Acetonitrile (>30%)

*Aliphatic & aromatic esters

*Amines

*Ammonium hydroxide (>5%)  

*Aromatic & chlorinated hydrocarbons

*Butyl acetate (>40%)

*Dimethyl acetamide (DMAC) (>30%)

*Ethers

*Hydrochloric acid (>0.5 Nat 50°C)

*Isopropyl Alcohol (> 25%) 

*Ketone

*Methylene chloride (>1%) 

*Methyl ethyl ketone (>1%)

*Phosphoric acid (>1 N) 

*Sodium deoxycholate (>5%)  

*Sodium hydroxide (>0.5N at 50°C) 

*Sodium hypochlorite (>0.04%)

*Tetrahydrofuran (>5%)

*Toluene (>1%)