Synthesizer SLT II Platform
Synthesizer SLT II Platform: Automated Synthesis Workflow on one Platform The Synthesizer SLT II Platform combines fully automated and unattended synthesis with innovative chemical handling techniques capable of dispensing solids as conveniently and accurately as liquids. The versatility of the Synthesizer Platform allows full automation of complete workflows including reagent preparation (liquids and solids), multistep synth…
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Solid and liquid HT useful for material discovery. Advanced and basic software allows for advanced or basic discovery.
Review Date: 18 Sept 2009 | Chemspeed Technologies AG
Synthesizer SLT II Platform: Automated Synthesis Workflow on one Platform
The Synthesizer SLT II Platform combines fully automated and unattended synthesis with innovative chemical handling techniques capable of dispensing solids as conveniently and accurately as liquids.
The versatility of the Synthesizer Platform allows full automation of complete workflows including reagent preparation (liquids and solids), multistep synthesis, workup, purification, analysis and product transfer to storage.
This workstation can be used for virtually any type of chemistry application in the fields as Catalysts, Polymers, Materials Science, Pharmaceuticals / Agrochemicals, Fine Chemicals, Specialty Chemicals.
Main applications cover:
• Library synthesis
• Reaction parameter screening
• Polymorph screening
• Solubility, stability, compatibility screening
• Catalyst preparation and testing
• Sample preparation
• Formulation screening
The Synthesizer SLT II Platform can hold up to 12 Chemspeed reactor blocks carrying up to 192 reaction vessels for virtually all kinds of chemistry and chemistry related applications.
• NEW: Glass disposable reactors!
• Double jacketed glass or stainless steel reactors (2 - 100 mL), other materials or coatings on request
• Combination of different reactor sizes and functions for even complex or branched protocols
• Reactors for liquid and solid phase synthesis
• Reactors for ambient and elevated pressure (up to 100 bar)
• Heating of reactor arrays or individual reactor heating
• Vortex agitation
• Access to reactors while heating, cooling and shaking
• Broad temperature range (-70 - +180ºC, measured and controlled in a reference reactor)
• Closure of reactors by a ceramic/steel valve system allowing for on-line evaporation down to 10 mbar
• Cold finger refluxing
• Vacuum, inert gas, ractive gas supply
• Optional pseudomechanical stirring for viscous liquids
• Overhead solid and liquid additions
• Overhead sampling
