• A large choice of hardware and software tools allows fine-tuned adaptation to your workflow
• Ability to dispense virtually any type of compound into any type of container (vial, microtiter plates, bottles, reactors, formulation vessels etc.)
• Large choice of reactors with volume from 2 to 100 ml: glass (disposable) or stainless steel; for liquid and solid phase synthesis; also for ambient and elevated pressure (up to 100 bar)
• Efficient yet gentle vortex mixing (up to 1,400 rpm), even while accessing the reactor
• Inert atmosphere for sensitive reagents / inert reaction conditions / low-temperature chemistry
• Automated work-up and analysis: vacuum, filtration, evaporation, liquid/liquid extraction, SPE purification, crystallization, Dean Stark, TLC, interface to analytical devices, etc.
• Access to reactors while heating, cooling and shaking
• Broad temperature range (-70 to +180oC, measured and controlled in a reference reactor)

• Library synthesis
• Reaction parameter screening
• Polymorph screening
• Solubility, stability, compatibility screening
• Catalyst preparation and testing
• Sample preparation
• Formulation screening

• Assessment of the Reusability of Pd Complexes Supported on Fluorous Silica Gel as Catalysts for Suzuki Couplings
• Automated reaction optimisation of the enantioselective alpha-arylation of aldehydes via SOMO catalysis
• Automated Sample Preparation in Analytical Chemistry
• Automated Synthesis of Dendritic Core-Shell Architectures with Click Chemistry
• Automated Synthesis of Methacrylate (MA) Polymers using RAFT
• Parameter Screening in Process Development – Ligand-free Heck Reactions
• Speeding-up the Process from Substance Discovery to Commercialization
• The Influence of Vortex Agitation on Biphasic Phase Transfer Catalyzed Reactions Carbene Addition

Synthesis

• Synthesizer SLTII
• ISYNTH
• ISYNTH CatImpreg
• Swave
• PSW
• Catscreen96
• Synthesizer Prores