• The Rotor 4x24MG5 is specially designed for hit-to-lead generation in gram scale and parallel method optimization in microwave synthesis. Its reliable setup features 96 disposable glass vials arranged in ANSI format silicon carbide blocks with a convenient 6x4 matrix for reaction conditions up to 200 °C and 20 bar.
  • Silicon carbide block of Rotor 4x24MG5 with 24 disposable glass vials arranged in ANSI format.
  • Screwable Wheaton® glass vials (15x46 mm) for use in Rotor 64MG5 and Rotor 4X24 MG5.

Rotor 4X24MG5

The Rotor 4x24MG5 is specially designed for hit-to-lead generation in gram scale and parallel method optimization in microwave synthesis. Its reliable setup features 96 disposable glass vials arranged in ANSI format silicon carbide blocks with a convenient 6x4 matrix for reaction conditions up to 200 °C and 20 bar. Even single vessels and low-absorbing solvents can be processed efficiently due to the excellent heating capacity of silicon carbide.For more efficient handling an optional vial handling tool is available which is capable of venting and carrying a group of four vials simultaneously.

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Key Features

  • Utmost temperature homogeneity
  • Application of various solvents in one run
  • Time saving through parallel method optimization

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