SpinChem® RBR S2

SpinChem® rotating bed reactor for 100-500 mL vessel


  1. Material
  2. Stainless Steel (SS316L, EN2348)
  3. Height
  4. 30 mm
  5. Diameter
  6. 45 mm
  7. Porosity
  8. 104 µm
  9. Volume
  10. 28 mL
  11. Shaft Length
  12. 38 cm
  13. Shaft Diameter
  14. 10 mm
  15. Vessel Volume Range
  16. 100-500 mL
  17. Weight
  18. 85 g (317 g including shaft)
  19. Rotational Direction
  20. Counterclockwise
  21. Rotational Speed
  22. 300-1000 rpm (maximum 500 rpm continuously when shaft guide is used!)


3D printing of a prototype cartridge for rotating bed reactors, A novel hierarchically structured siliceous packing to boost the performance of rotating bed enzymatic reactors, An externally connected system for large scale heterogeneous downstream processing, Biocatalysis by immobilized enzymes in a rotating bed reactor, Biocatalysis engineering: the big picture, Biocatalysis in rotating bed reactors – from screening to production, CFD modeling of flow and ion exchange kinetics in a rotating bed reactor system, Effective phase-transfer between immiscible liquids and an ion exchange resin, Flow rate determination in a connected system with rotating bed reactors, Effects of channelling on flow rates through rotating bed reactors and fixed bed reactors, In situ filling and emptying of rotating bed reactors, Mass transfer revolutionized, Modularized biocatalysis: Immobilization of whole cells for preparative applications in microaqueous organic solvents, Optimizing the rotational speed of rotating bed reactors in baffled reaction vessels, Reaction engineering of biocatalytic (S)-naproxen synthesis integrating in-line process monitoring by Raman spectroscopy, Recent advances in whole cell biocatalysis techniques bridging from investigative to industrial scale, Recycling of immobilized enzymes using rotating bed reactor technology, Recycling of Immobilized Enzymes – Simple and Streamlined Biocatalysis, Role of biocatalysis in sustainable chemistry, Rotating bed reactor for immobilized enzymatic reactions, Rotating bed reactor setup for in situ formation, loading and handling of alginate beads and whole cell encapsulation, Rotating bed reactors completely avoid grinding of molecular sieves, Screening of activated carbon using the SpinChem® RBR S2, Screening of Immobilized Enzymes – Fast and Convenient Reaction Optimization, Simulation of flow patterns around a rotating bed reactor in a flower baffled reaction vessel, Simultaneous extraction of two dyes selectively onto different resins, Simultaneous Selective Decolouration – Illustrating a Concept for Cascade Reactions, Transfer hydrogenation with catalyst recycling in a rotating bed reactor, Assembly guide for Rotating Bed Reactor S2

Get in touch

Here you can add your contact details if you would like to come in contact with us. We are here to help, assist and contribute with our knowledge. If you would like to schedule a meeting or have some answers which is urgent just give us a call. Looking forward to hear from you!

Erik Löfgren, M.Sc.Eng.


+46 705 988 837

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