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11600-Orbital Shaking Incubator

Features:

  • Designed for the growth of biological cultures and the shaking of chemical solutions
  • Bench top controlled temperature incubator with precise dynamically balanced shaking apparatus
  • Triple eccentric drive mechanism ensure reproducible, smooth rotating motion in 1” orbit
  • Heavy duty, double walled incubation chamber with exterior epoxy powder coated finis hand fully gasket lid in regular model
  • Inner 316L S.S & exterior 304 S.S matt finish in GMP Model
  • Solid state electronic temperature controller with digital indicator with digital RPM indicator
  • Viewing window on lid and illumination light allows sample viewing without disturbing the environment
  • Selection of above ambient model and cooling model
  • Speed range: 50 to 200 RPM- with 25mm orbit
  • Interchangeable shaking platform optional

Features:

  • Designed for the growth of biological cultures and the shaking of chemical solutions
  • Bench top controlled temperature incubator with precise dynamically balanced shaking apparatus
  • Triple eccentric drive mechanism ensure reproducible, smooth rotating motion in 1” orbit
  • Heavy duty, double walled incubation chamber with exterior epoxy powder coated finis hand fully gasket lid in regular model
  • Inner 316L S.S & exterior 304 S.S matt finish in GMP Model
  • Solid state electronic temperature controller with digital indicator with digital RPM indicator
  • Viewing window on lid and illumination light allows sample viewing without disturbing the environment
  • Selection of above ambient model and cooling model
  • Speed range: 50 to 200 RPM- with 25mm orbit
  • Interchangeable shaking platform optional

An Orbital Shaking Incubator is commonly used for:

  1. Cell Culture: Providing controlled conditions for the growth of cells.
  2. Microbial Cultivation: Supporting the cultivation of microorganisms under agitation.
  3. Protein Expression: Facilitating protein expression in bacterial or yeast cultures.
  4. Enzyme Reactions: Maintaining conditions for enzymatic reactions under agitation.
  5. Biotechnological Experiments: Used in various experiments within the field of biotechnology.
  6. Research and Development: Utilized in scientific research for controlled experimental conditions.
  7. Tissue Culture: Supporting the growth and maintenance of tissue cultures.
  8. Quality Control: Ensuring consistent conditions for testing and analysis.
  9. Clinical Applications: Used for various clinical and medical laboratory procedures.
  10. Bioreactor Studies: Employed for small-scale bioreactor studies in biotechnology.

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