Skip to content Skip to navigation menu

Steamer Line

The Steamer Line Hollow Fiber TFF Modules are designed for perfusion and aseptic applications. They are delivered gamma irradiated and ready to use and can be autoclaved.

  • Self-contained units
  • Autoclavable

   

Choose your product

Products (559)

Steamer Researcher 24 2.0 mm
Steamer Researcher 24 2.0 mm
Item no.: AU91020RES24S3
Length
24
Filter Diameter
2.00 cm
Steamer Investigator 24 1.0 mm
Steamer Investigator 24 1.0 mm
Item no.: AU91010INV24S3
Length
24
Filter Diameter
3.30 cm
Steamer Explorer 12 750kD 0.5 mm
Steamer Explorer 12 750kD 0.5 mm
Item no.: AU75005EXP12S6
Length
12
Filter Diameter
1.3 cm
Steamer Discover 12 500kD 0.5 mm
Steamer Discover 12 500kD 0.5 mm
Item no.: AU50005DIS12L6
Length
12
Filter Diameter
0.95 cm
Steamer Discover 12 0.5 mm
Steamer Discover 12 0.5 mm
Item no.: AU92005DIS12L6
Length
12
Filter Diameter
0.95 cm

Steamer Line hollow fiber membrane products incorporate our latest glycerin free low extractables, heat resistant modified polyethersulfone (m-PES) membrane technology. All Steamer Line modules are gamma irradiated and ready to use without any tedious pre-rinse. The extractables level for the Steamer Line modules is approximately 80x less than a glycerin conditioned membrane, see Extractables Flush Analysis. After a quick buffer conditioning the module is ready to be used or autoclaved. For autoclaving directions, please see the Steamer Line Validation Guide. Steamer Line modules are fully scalable from batch volumes from 10 mL up to 250 L with corresponding membrane surface areas from 0.056 ft² (0.0052 m²) up to 26.9 ft² (2.5 m²). The Steamer Line modules offer true ready to use crossflow solution:

  • Self-contained units
  • No humectants
  • No pre-rinse required (glycerin free)
  • Ready to use
  • Easy and reliable scale up and scale down Membrane offering from 3kD to 750kD MWCO and from 0.1 μm to 0.65 μm pore size
  • Gamma irradiated
  • Cost efficiency

Datasheet

Steamer Line Hollow Fiber Membrane Products
en 855.2 kB