CAT#:
Sartorius
Vivaspin® Turbo 4 Centrifugal Filters
3kDa, MWCO, PES, 100 Devices/Unit
30kDa, MWCO, PES, 25 Devices/Unit
30kDa, MWCO, PES, 100 Devices/Unit
10kDa, MWCO, PES, 100 Devices/Unit
50kDa, MWCO, PES, 100 Devices/Unit
100kDa, MWCO, PES, 100 Devices/Unit
10kDa MWCO, PES, 25 Devices/Unit
5kDa, MWCO, PES, 100 Devices/Unit
5kDa, MWCO, PES, 25 Devices/Unit
3kDa, MWCO, PES, 25 Devices/Unit
50kDa, MWCO, PES, 25 Devices/Unit
100kDa, MWCO, PES, 25 Devices/Unit
12 product variations: View Options
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Product Overview
- Sleek internal design as well as large vertical twin membranes for ultra fast concentration
- High retentate recovery > 95 % x pH 1-14 suited polystyrene housing with high chemical compatibility
- High flux PES membrane
- Universal rotor compatibility
- Safe sample concentration and easy recovery due to unique, angular and pipette friendly dead-stop pocket
- Volume graduation for easy detection / monitoring of the concentrate volume
- > 100-fold concentration with twin vertical membranes
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 5,000 g |
| Maximum G-force Swing-out Rotor | 3,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 100 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 7,500 g |
| Maximum G-force Swing-out Rotor | 4,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 25 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 5,000 g |
| Maximum G-force Swing-out Rotor | 3,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 100 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 5,000 g |
| Maximum G-force Swing-out Rotor | 3,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 100 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 5,000 g |
| Maximum G-force Swing-out Rotor | 3,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 100 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 5,000 g |
| Maximum G-force Swing-out Rotor | 3,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 100 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 7,500 g |
| Maximum G-force Swing-out Rotor | 4,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 25 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 5,000 g |
| Maximum G-force Swing-out Rotor | 3,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 100 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 7,500 g |
| Maximum G-force Swing-out Rotor | 4,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 25 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 7,500 g |
| Maximum G-force Swing-out Rotor | 4,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 25 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 7,500 g |
| Maximum G-force Swing-out Rotor | 4,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 25 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Specifications
| Application | Concentration Diafiltration Desalting | buffer exchange Ultrafiltration |
| Application Area | Biologics development Diagnostic sample prep Life science research Nanotechnology research Structural biology Vaccine development |
| Industry | Pharma / Biotech |
| Intended Use | General Laboratory Use (GLU) |
| Market | BioPharma Research Clinical Environmental |
| Animal Components | No |
| Certification | ISO 9001 |
| Membrane Area | 3.2 cm² |
| Overall Length | 122.5 mm |
| Maximum G-force Angle Rotor | 7,500 g |
| Maximum G-force Swing-out Rotor | 4,000 g |
| Concentrator Body/sleeve | Styrene Butadiene Copolymer (SBC) |
| Concentrator Cap | Polypropylene (PP) |
| Filtrate Vessel | Polypropylene (PP) |
| Membrane Material | Polyethersulfone (PES) |
| MWCO | 10 kDa |
| Brand | Vivaspin® Turbo |
| Device Type | Centrifugal |
| Pack Size | 25 |
| Sample Type | Macromolecule Protein Peptide Nanoparticles Virus VLP Viral Vector Exosome LNP Nucleic Acid |
| Dead Stop Volume | 30 - 40 µL |
| Hold-up Volume | <10 µL |
| Maximum Capacity, Fixed Angle Rotor | 4 mL |
| Maximum Capacity, Swing Bucket Rotor | 4 mL |
| Volume Range | 2 – 4 mL |
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Technical Documents
- Urine Protein Concentration with Vivaspin®
- Treatment of Vivaspin® Concentrators for Improved Recovery of Low-Concentrated Protein Samples
- Vivaflow® and Vivaspin® Workflow in Protein Research Laboratories
- Sartorius Ultrafiltration Products in the Preparation of Biological and Medical Nanocarriers - a Short Review
- Sartorius Ultrafiltration Products for the Concentration and Purification of Viruses Application Note
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method Comparability Guide
- Lab Ultrafiltration – Tips and Tricks
- Lab Ultrafiltration and Purification Products Catalog
- Laboratory Filtration Products Catalog
- Laboratory Ultrafiltration: Frequently Asked Questions Flyer
- Quick Start Guides: An Overview for Lab Ultrafiltration and Chromatography Products
- Laboratory Ultrafiltration: How to Choose the Optimal Device & Method
- Ultrafiltration Lab Qualification Guide Poster
- Laboratory Ultrafiltration - The Most Complete Product Range Poster
- Laboratory Ultrafiltration Quick Reference Guide Poster
- Effective Use of Picus® 2 Pipettes with Vivaspin® Ultrafilters Practical Guide
Detailed Description
Vivaspin® Turbo 4 can handle up to 4ml sample volume in 4 swing-out and fixed angle rotors accepting 15ml centrifuge tubes. The Vivaspin® Turbo 4 optimised design, the sleek internal profile, ensures maximum process speeds right the way down to the last few micro liters after > 100 fold concentration. The UV joining technology allows for a smooth joint transition between membrane and plastic housing, allowing the collection of the complete concentrated sample into the unique pipette friendly dead stop pocket.
4ml - 40µl ultrafiltration unit with twin vertical membranes and sleek internal design for fastest sample concentration with highest recoveries. The pipette friendly dead stop pocket eliminates the risk of sample filtration to dryness and facilitates the recovery of the concentrate.
Citations
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12 Product Options
Catalog Number:
60-964
List Price:
$1270.26
Your Price:
$1088.79
Specifications:
| MWCO | 3 kDa |
| Quantity | 100 Filters |
| Description | 3kDa, MWCO, PES |
| Qty/Unit | 100 Devices/Unit |
Catalog Number:
60-957
List Price:
$306.57
Your Price:
$262.77
Specifications:
| MWCO | 30 kDa |
| Quantity | 25 Filters |
| Description | 30kDa, MWCO, PES |
| Qty/Unit | 25 Devices/Unit |
Catalog Number:
60-958
List Price:
$1270.26
Your Price:
$1088.79
Specifications:
| MWCO | 30 kDa |
| Quantity | 100 Filters |
| Description | 30kDa, MWCO, PES |
| Qty/Unit | 100 Devices/Unit |
Catalog Number:
60-954
List Price:
$1270.26
Your Price:
$1088.79
Specifications:
| MWCO | 10 kDa |
| Quantity | 100 Filters |
| Description | 10kDa, MWCO, PES |
| Qty/Unit | 100 Devices/Unit |
Catalog Number:
60-960
List Price:
$1270.26
Your Price:
$1088.79
Specifications:
| MWCO | 50 kDa |
| Quantity | 100 Filters |
| Description | 50kDa, MWCO, PES |
| Qty/Unit | 100 Devices/Unit |
Catalog Number:
60-962
List Price:
$1270.26
Your Price:
$1088.79
Specifications:
| MWCO | 100 kDa |
| Quantity | 100 Filters |
| Description | 100kDa, MWCO, PES |
| Qty/Unit | 100 Devices/Unit |
Catalog Number:
60-953
List Price:
$306.94
Your Price:
$263.09
Specifications:
| MWCO | 10 kDa |
| Quantity | 25 Filters |
| Description | 10kDa MWCO, PES |
| Qty/Unit | 25 Devices/Unit |
Catalog Number:
60-956
List Price:
$1270.26
Your Price:
$1088.79
Specifications:
| MWCO | 5 kDa |
| Quantity | 100 Filters |
| Description | 5kDa, MWCO, PES |
| Qty/Unit | 100 Devices/Unit |
Catalog Number:
60-955
List Price:
$348.6
Your Price:
$298.8
Specifications:
| MWCO | 5 kDa |
| Quantity | 25 Filters |
| Description | 5kDa, MWCO, PES |
| Qty/Unit | 25 Devices/Unit |
Catalog Number:
60-963
List Price:
$352.68
Your Price:
$302.3
Specifications:
| MWCO | 3 kDa |
| Quantity | 25 Filters |
| Description | 3kDa, MWCO, PES |
| Qty/Unit | 25 Devices/Unit |
Catalog Number:
60-959
List Price:
$348.6
Your Price:
$298.8
Specifications:
| MWCO | 50 kDa |
| Quantity | 25 Filters |
| Description | 50kDa, MWCO, PES |
| Qty/Unit | 25 Devices/Unit |
Catalog Number:
60-961
List Price:
$349.87
Your Price:
$299.89
Specifications:
| MWCO | 100 kDa |
| Quantity | 25 Filters |
| Description | 100kDa, MWCO, PES |
| Qty/Unit | 25 Devices/Unit |
| Catalog # | Description | Qty/Unit | MWCO | Quantity | Price (USD) | Quantity | Add to Order | |
|---|---|---|---|---|---|---|---|---|
| 60-953 | 10kDa MWCO, PES | 25 Devices/Unit | 10 kDa | 25 Filters | ||||
| 60-954 | 10kDa, MWCO, PES | 100 Devices/Unit | 10 kDa | 100 Filters | ||||
| 60-955 | 5kDa, MWCO, PES | 25 Devices/Unit | 5 kDa | 25 Filters | ||||
| 60-956 | 5kDa, MWCO, PES | 100 Devices/Unit | 5 kDa | 100 Filters | ||||
| 60-957 | 30kDa, MWCO, PES | 25 Devices/Unit | 30 kDa | 25 Filters | ||||
| 60-958 | 30kDa, MWCO, PES | 100 Devices/Unit | 30 kDa | 100 Filters | ||||
| 60-959 | 50kDa, MWCO, PES | 25 Devices/Unit | 50 kDa | 25 Filters | ||||
| 60-960 | 50kDa, MWCO, PES | 100 Devices/Unit | 50 kDa | 100 Filters | ||||
| 60-961 | 100kDa, MWCO, PES | 25 Devices/Unit | 100 kDa | 25 Filters | ||||
| 60-962 | 100kDa, MWCO, PES | 100 Devices/Unit | 100 kDa | 100 Filters | ||||
| 60-963 | 3kDa, MWCO, PES | 25 Devices/Unit | 3 kDa | 25 Filters | ||||
| 60-964 | 3kDa, MWCO, PES | 100 Devices/Unit | 3 kDa | 100 Filters |
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