FlexyCUBE – for parallel process optimisation
Reproducible – Documented – User-friendly – Perfect for scale-up
- High productivity, accurate experiments, perfect for DoE (Design of Experiments)
- Realistic operating conditions – perfect for scale-up
- Resilient solution for routine applications, a real «workhorse»
Your trump card for rapid and high-quality process development
Concept
- Up to 6 steel or glass reactors can be controlled from a single PC
- Parallel (DoE) or individual operation
- Highly compact design
- Manual operation or recipe control, manual intervention possible at all times
- Jacketed reactor for full temperature control
Flexibility through options
- pH measurement and control
- 70, 100, 250 or 400 ml reactors
- Pressure glass reactor or steel (S.S./Hastelloy)
- Various types of stirrers available
- Automatic distillation with boiling point detection
- Isothermal heat flow calorimetry, online analyses
Standard functions
- Independent control of all steel or glass reactors
- Reactor or jacket-based temperature control
- Adjustable stirrer speed and torque measurement
- Data capture and automatic laboratory report
- Alarm/event file
- Global support through remote access via Internet
Operating range
- Temperature range from -80°C to +280°C
- Volume range from 10 to 400 ml
- Pressure range from 3mbar to 1.6bar (standard glass),
optionally < 1mbar to 100bar or more (SS316 reactor)
ScreenX
Screening of different reaction conditions
ScreenX expands FlexyCUBE’s capabilities in drug discovery research, concentration and reaction times studies, optimal reagents and catalysts screening.
RemoteX
Our Software features online remote control for products like FlexyCUBE, FlexyPAT and FlexyPlant.
This enables the central monitoring of many reactors and ensures easy control via tablet/smartphone etc.
CollectX
Real time data link to your laboratory informatics
Take now advantage of our newly Developed Software-Tool CollectX which makes it possible to connect data from your reactor system to your laboratory informatics
InProcess PAT
SYSTAG combines the advantages of automated reactors with inline particle size analysis and thus provides important findings for product development, crystallization optimization or formulation.
