Sartobind® Rapid A 96-well plate

Sartobind® 96-well plates are useful to optimize purification conditions of recombinant proteins (Mabs) and vaccines in Design of Experiments (DoE) studies.

Item No.: 
99R-PA19GC-----V

*Custom/bulk order quotes are provided within 72 hours of request.

Applications

  • Application
    8799048172128

Dimensions

  • Bed Height
    0.7 mm
  • Dimensions
    128 × 85.5 × 25 mm

Materials of Construction

  • Material 8-strip
    8799039029856
  • Material Holding Frame
    8799039062624

Operating Conditions

  • Maximum Operating Pressure
    35 kPa
  • pH Stability
    pH 2 – 14 (short term), pH 3 – 13 (long term)

Physicochemical Information

  • Bed Volume
    17 µL/well
  • Chemical Compatibility
    8798965105248
  • Ligand
    8804842701408
  • Reference Protein
    8799080972896
  • Typical Dynamic Binding Capacity 10% per mL
    ≥ 30 mg/mL

Product Information

  • Brand
    8801532707424
  • Membrane Adsorber Format
    8798988370528
  • Membrane Type
    8799042077280
  • Pack Size
    2
  • What you receive
    • 2 plates
    • 4 deep well collection plate 2 ml
    • 1 operating instruction
  • Vivawell Vac96 Vacuum Manifold

    The Vac96 vacuum manifold has been designed specifically for use with Sartobind® 96 multiwell plates. The long drip nozzles on the outlet eliminate cross-talk between flow channels.

  • Vac96 Well Spare O-Ring
    Item no.
    VW96VAA05

    The Vac96 vacuum manifold has been designed specifically for use with Sartobind® 96 multiwell plates. The long drip nozzles on the outlet eliminate cross-talk between flow channels.

  • Vac96 Collection Plate 2 ml x25

    The Vac96 vacuum manifold has been designed specifically for use with Sartobind® 96 multiwell plates. The long drip nozzles on the outlet eliminate cross-talk between flow channels.

  • Vac96 Well Trap & Reservoir

    The Vac96 vacuum manifold has been designed specifically for use with Sartobind® 96 multiwell plates. The long drip nozzles on the outlet eliminate cross-talk between flow channels.