300 ml
chamber volume
Micro Solutions / Life Science
Microwave Reactor Discover 2.0
Single-mode microwave reactor for controlled synthesis and reaction optimization
Product overview
- Discover 2.0
- CEM
- USA
- Discover
- Discover 2.0
Single-mode microwave reactor for controlled synthesis and reaction optimization
with contactless temperature measurement of the iWave sample and controlled pressure relief
Discover 2.0 is a compact single-mode microwave reactor for controlled organic and inorganic synthesis, optimizing reactions and safely transferring techniques from milliliter samples to increased volume.
The reactor automatically brings microwave power to the reaction mixture, measures temperature through the vessel wall with iWave technology, controls mixing and cooling, and stores the method together with the results. ActiVent resets excess pressure in a controlled manner without stopping the method. The system can be extended by auto-samplers at 12 or 48. positions, gas supply, flow cells and built-in camera for visual control of the reaction.
Single-mode camera with a volume of 300 ml; installed magnetron 900 W. For closed reactions available vessels 10, 35 and 100 ml, open - volumes up to 125 ml. contactless IR measurement iWave works through glass and PTFE; provides variable magnetic mixing and cooling with compressed air. Options include autosamplers at 12/48 positions, 10 and 80 ml flow cells, gas input and a 5 MP camera Control - through a 10-inch touch screen.
Key figures
900 W.
magnetron-power
iWave
glass measurement
48
smack-off
Applications
- Organic synthesis
- Inorganic synthesis
- Optimization and scaling of reactions
- Chemical synthesis and sample preparation
Models and configurations
- Discover 2.0
Product details
Discover 2.0 with Auto Sampler
vascularization
Camera and touch screen
visualization
Automotive smacker work
10/35 mL vessel change
Controlling the reaction
- iWave measures the temperature of the sample itself through glass and PTFE, not the vessel wall.
- ActiVent programmably releases excess pressure without stopping the method
- Electromagnetic mixing and cooling with compressed air after reaction completion
Volume flexibility
- Closed reactions - in vessels 10, 35 and 100 ml
- Open reactions - in standard glassware up to 125 ml
- Scaling from milliliter samples to increased volume without changing the platform
Automation and registration
- 12 or 48 position autosamplers with automatic vessel type recognition
- Built-in 5MP camera for visual monitoring of reaction
- Control and customization of the method - through a 10-inch touch screen
Reaction chamber
| Type of camera | single-mode, 300 ml volume |
|---|---|
| magnetron | 900 W of installed power |
Monitoring of the process
| Temperature measurement | iWave - contactless IR measurement through glass / PTFE, modeled |
|---|---|
| Pressure management | ActiVent, a programmable reset |
| Stirring | electromagnetic |
| Cooling | compressed |
Vessels
| Closed reactions | 10, 35, 100 ml |
|---|---|
| Open reactions | up to 125 ml (round-bottomed flask) |
Interface and registration
| Display | 10-inch touchscreen |
|---|---|
| Reaction camera (option) | 5 MP |
Automation
Autosampler with 12 positions
Automatic delivery of vessels 10/35 ml with vessel type recognition without operator involvement
Autosampler with 48 positions
Advanced automation for intensive laboratory load
Discover Gas Addition
Vacuuming, purging and supplying gaseous reagents to the reaction vessel with the microwave radiation disconnected from the source during the reaction
Related equipment types
- Rotary evaporators
- Systems of solid-phase synthesis of peptides
- fume hoods and ventilation systems
Related products
- Anpel vacuum manifold — Systems of solid-phase synthesis of peptides
- Volab V9 Bench-mounted Fume Hood — fume hoods and ventilation systems
Classification
- Toxicology and omics
- Scientific and production equipment
- Microwave decomposition of samples
- Microwave synthesis and extraction
- Sample preparation
- Extraction and cleaning
- Microwave decomposition and extraction
- Discover 2.0