Find the system that fits your chemistry
Seven areas, thirty-seven systems — from parallel screening and catalysis to process safety, battery testing and crystallisation.
Run four to eight reactions at once under independent control — route scouting, optimisation and DoE.
PolyBLOCK
4 or 8 independently controlled zones on the smallest footprint
View in context →
PolyBLOCK High Pressure
The same compact platform rated for pressure work
View in context →
AutoMATE 4
Linear platform for larger volumes and viscous materials
View in context →
AutoMATE High Pressure
AutoMATE for demanding pressure chemistry
View in context →
ChemSCAN SA
Semi-automatic — pressure profiled manually, 2 shared gas feeds
View in context →
ChemSCAN
Automatic pressure control, 3 shared gas feeds, real-time gas uptake
View in context →
ChemSCAN+
Fully automatic — 3 gas feeds per reactor, every vessel independent
View in context →Single automated reactors from bench to pilot scale, built around your process.
From manual vial screening to fully automated parallel reactors and continuous flow.
CAT 7, CAT 18 & CAT 24
Manual high-pressure screening — 7, 18 or 24 vials in one vessel
View in context →
DigiCAT 96
High-throughput 96-well screening, automated or manual
View in context →
DigiCAT platform
The bench platform that drives the CAT range
View in context →
ChemSCAN SA
Semi-automatic parallel pressure reactor
View in context →Classic ChemSCAN
Automatic parallel screening with real-time gas uptake
View in context →ChemSCAN+
Fully automatic — every reactor independently fed and vented
View in context →
FlowCAT
Continuous-flow high-pressure development and small-scale production
View in context →Parallel bioreactors from 50 ml to 5 L, including gas-dependent work under pressure.
BioXplorer 100 / 100XL
8 or 16 parallel bioreactors, 50–150 ml working volume
View in context →
BioXplorer 400 / 400XL
4 or 8 parallel bioreactors, 120–400 ml working volume
View in context →
BioXplorer 100P
8 stainless pressure bioreactors to 10 bar
View in context →
BioXplorer 400P
4 stainless pressure bioreactors to 10 bar
View in context →
BioXplorer 5000
Single 1–5 L bioreactor for scale-up
View in context →
BioXplorer 5000P
The 5000 in stainless steel, to 10 bar
View in context →
BioVIS
In-line cell-density monitoring
View in context →
Tandem off-gas analysers
Continuous off-gas analysis for OUR, CPR and RQ
View in context →Thermal screening, reaction calorimetry and adiabatic calorimetry on one route through the lab.
TSu
Thermal and pressure hazard screening on 0.5–10 mL samples
View in context →
TSu+
The screening station plus an open-cell vent evaluation unit
View in context →
Simular
Reaction calorimetry for process development and scale-up
View in context →
Simular High Pressure
Reaction calorimetry in a stainless pressure vessel
View in context →
Dual Simular
Two reactors on one frame — glass and high-pressure
View in context →
Phi-TEC I
Bench-top adiabatic calorimetry — onset, TMR and kinetics
View in context →
Phi-TEC II
Low φ-factor adiabatic calorimetry and DIERS vent sizing
View in context →Adiabatic and isothermal calorimetry for cells, modules and packs.
BTC-130
Bench-top adiabatic calorimeter for cell-level abuse testing
View in context →
BTC-500
Large-scale adiabatic calorimeter for modules and packs
View in context →
iso-BTC
Bench-top isothermal calorimeter for performance testing
View in context →
iso-BTC+
Floor-standing isothermal calorimeter for larger formats
View in context →Solubility, metastable zone width and nucleation, with in-situ optical monitoring.
Not sure which system fits?
Tell us the chemistry and the scale. A specialist will tell you which platform suits it, and which it does not.
Ask a specialist
