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Crossflow Filters

Crossflow filters for the production of IgG, enzymes, peptides, blood factors and other modern drug products. Our crossflow filters can be used for the removal of microorganisms such as mammalian cells, yeasts, salmonella or for mycoplasma reduction. The purification filters are available with extremely hydrophilic Hydrosart® membranes or polyethersulfone (PESU) membranes that feature a broad pH and temperature range.

Sartocon® Hydrosart® Cassette
Sartocon® Hydrosart® Cassette
Item no.: 3021442906E--SW

Hydrosart® Membranes are extremely hydrophilic, making it non-protein binding and virtually non-fouling. Hydrosart® ultrafiltration cassettes are available in the following nominal molecular weight cutoffs:

  • 2 kD
  • 5 kD
  • 10 kD
  • 30 kD
  • 100 kD

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Sartocon® PESU Cassette
Sartocon® PESU Cassette
Item no.: 3021462935E-BSW

Polyethersulfone membranes (PESU) are stable polymer that feature a broad pH and temperature range. Polyethersulfone ultrafiltration cassettes are available in the following nominal molecular weight cutoffs:

  • 1 kD
  • 5 kD
  • 8 kD
  • 10 kD
  • 30 kD
  • 50 kD
  • 100 kD
  • 300 kD

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Single Use Cassette
Single Use Cassette
Item no.: 3021460907E--SUD

Polyethersulfone membranes are designed for single-use applications applied in the biotechnological and pharmaceutical industries.

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Sartocon® Hydrosart® Cassette
Sartocon® Hydrosart® Cassette
Item no.: 3021446806E--SG

Hydrosart® Membranes are extremely hydrophilic, making it non-protein binding and virtually non-fouling. Hydrosart® ultrafiltration cassettes are available in the following nominal molecular weight cutoffs:

  • 2 kD
  • 5 kD
  • 10 kD
  • 30 kD
  • 100 kD

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Sartocon® Hydrosart® Cassette
Sartocon® Hydrosart® Cassette
Item no.: 3021445906E--SG

Hydrosart® Membranes are extremely hydrophilic, making it non-protein binding and virtually non-fouling. Hydrosart® ultrafiltration cassettes are available in the following nominal molecular weight cutoffs:

  • 2 kD
  • 5 kD
  • 10 kD
  • 30 kD
  • 100 kD

Show more

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