Vivaspin® 100 PES Centrifugal Concentrator, 2 pc
Vivaspin® 100 PES centrifugal concentrators are versatile ultrafiltration units for centrifugation-based sample concentration as well as pressure filtration applications.
Top Features of Vivaspin® Centrifugal Concentrators
- Easy to assemble and handle
- High flux PES membranes
- High target molecule recoveriesLargest capacity centrifugal device; for samples up to 90 mL
- Total process flexibility
Popular Applications for Vivaspin® Centrifugal Concentrators
- Concentration | diafiltration of proteins, enzymes, nucleic acids, monoclonal antibodies, immunoglobulins, viruses and nanoparticles from samples up to 98 mL
- Concentration of cell culture supernatants
- Concentration of environmental samples
- Item No.:
- VC1071
- Availability:
- pcs
- Discontinued
Choose your Vivaspin® 100 Ultrafiltration Units
Vivaspin® 100 PES centrifugal concentrators are designed for the concentration or diafiltration of samples up to 98 mL. These devices combine the ease of use of centrifugal devices with further flexibility and control provided by pressurized operation.
Easy to Assemble
Vivaspin® 100 devices were specially designed with ease of handling and efficiency in mind. The devices are easy to assemble, require no tubing connections or stirring mechanisms and can be adapted to equipment availability or specific user preferences.
Flexibility in Process
Vivaspin® 100 PES centrifugal concentrators are unique in that they provide the experimenter with a choice between centrifugal, pressure or pressure-shake operating methods. For example, for increased process control, gas pressure can be combined with gentle orbital shaking.
Highest Sample Capacity
Fitting swing bucket rotors accepting 250 mL bottles, Vivaspin® 100 offers the highest sample capacity available in a centrifugal device: up to 90 mL.
Use for Single or Sensitive Samples
Vivaspin® 100 can also be used for single or extremely sensitive samples of up to 98 mL when pressurized. Moreover, temperature-sensitive samples can be placed into a refrigerator while the device is pressurized. The unique design ensures pressurization is easy, by using quick-release connectors. This method can be combined with orbital shaking for an even faster sample concentration.
Simplicity of Use
For your convenience, these devices are simply spun in a large capacity centrifuge (carriers accepting 250 mL bottles). For the highest simplicity of use with minimum equipment requirements, Vivaspin® 100 can be pressurized on a laboratory benchtop or in a refrigerator.
Vertical Membrane Design
Regardless of the model used, the vertical membranes in Vivaspin® 100 inhibit and minimize fouling. Further, the integral dead-stop of 350 µL ensures the highest concentration factors, while impeding concentration to dryness and loss of sample.
Application Notes
Brochure
Catalog
Datasheet
Flyer
Other
Poster
User Manual
Applications
-
Application
-
Cell Removal / Harvest
-
Clarification
-
Macromolecule Concentration
-
Desalting
- Buffer Exchange
-
Cell Removal / Harvest
-
Application AreaConcentration
-
IndustryPharma / Biotech
-
Market
-
Research
- Environmental
-
Research
Compliance Information
-
Animal ComponentsNo
-
CertificationISO 9001
Dimensions
-
Membrane Area23.5 cm²
-
Overall Length123 mm
-
Total Length with Pressure-fuge Head197 mm
General Specifications
-
Maximum G-force Swing-out Rotor2,000 g
-
Rotor CavityTo fit 250 mL (62 mm) centrifuge bottles (maximum cavity depth 105 mm)
Materials of Construction
-
Concentrator Body/SleevePolycarbonate (PC)
-
Concentrator CapPolypropylene (PP)
-
Filtrate VesselPolycarbonate (PC)
-
Membrane MaterialPolyethersulfone (PES)
-
Pressure Head / Pressure-fuge HeadPolyoxymethylene / Aluminum
Operating Conditions
-
Maximum Operating Pressure5 bar (75 psi)
-
Recommended Speed500 - 2,000 g
Physicochemical Information
-
MWCO0.2 µm
Product Information
-
BrandVivaspin®
-
Device Type
-
Centrifugal
- Gas Pressure
-
Centrifugal
-
Pack Size2
-
Rotor TypeSwing-out rotors
-
Sample Type
-
Protein
-
Peptide
-
Nanoparticles
-
Virus
-
Nucleic Acid
-
Exosome
- VLP
-
Protein
Volume
-
Dead Stop Volume350 µL
-
Hold-up Volume250 µL
-
Maximum Capacity, Swing Bucket Rotor90 mL
-
Minimum Recirculation VolumeN/A
-
Volume Range20 – 98 mL
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