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Monitoring reactions in situ and in real-time using the ReactIR™ allows the scientist to obtain the maximum amount of information about their reactions with the minimum amount of effort. Advanced, yet intuitive iC IR™ software gives the non-specialist the ability to extract critical information about key reaction species facilitating a thorough knowledge of their reactions which leads to the ability to take informed actions to improve the quality and robustness of their chemical processes.
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A range of probes and accessories makes monitoring any reaction - under even the most challenging conditions - possible. ReactIR™ is used in the laboratory for organic synthesis, process development and as a PAT (Process Analytical Technology) tool. The MonARC™ is used in the plant for scale-up studies, campaigns and production monitoring.
| ReactIR™ Product Summary | ||||
| Technology | FTIR/ATR | |||
| Environment | Lab | Production | ||
| Application Area | Organic Synthesis | Chemical Development / Kinetics / Quantitative Analysis | Parallel Chemistry | Scale-up / Campaigns |
| Sampling Technology | Fiber / Conduit | Conduit | Fiber / Conduit | |
Products
| MonARC™ | |
| MultiMaxIR™ | |
| ReactIR™ 45m | |
| ReactIR™ iC10 | |
| SiComp™ technology | |
| Silver halide (AgX) FiberConduit |
Datasheets
Process Analytical Technology (PAT) Tools for Pre-Clinical Pharmaceutical R&D
Highlights from the 15th International Process Development Conference (May 2008) Applications of the RC1e Calorimeter for Process Safety and Scale-Up
Highlights from the 15th International Process Development Conference (May 2008) New Reaction Analysis Data Sheets
New series of data sheets released focus on using real-time in situ FTIR (ReactIR)
Highlights from the 15th International Process Development Conference (May 2008) Applications of the RC1e Calorimeter for Process Safety and Scale-Up
Highlights from the 15th International Process Development Conference (May 2008) New Reaction Analysis Data Sheets
New series of data sheets released focus on using real-time in situ FTIR (ReactIR)