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Reactors & pilot scale
Microwave Catalytic Synthesis Extractor
BK-ME2
The Microwave Synthesis Extractor is an advanced laboratory instrument designed to enhance the efficiency of chemical synthesis and extraction processes using microwave energy. This system significantly reduces reaction times, improves yield, and ensures better reproducibility compared to conventional heating methods.
Key features
- Configurable volume and materials
- Process control
- Pilot-scale readiness
- Manufacturer
- BIOBASE
01 / LaboratoriX technical datasheet
LaboratoriX technical datasheet
Technical parameters consolidated from the manufacturer documentation. Each column corresponds to one model; shared values are clearly identified. Final configuration, accessories, power supply and applicable documentation are confirmed with the quotation.
| Parameter | BK-ME2 |
|---|---|
| Reaction Volume | |
| Stirring Speed Stirring | |
| Continuous Working Time | |
| Temp Control Range | |
| Temp Control Accuracy | |
| Temp Test Accuracy | |
| Consumption | |
| Power Supply | |
| External Size | |
| Net Weight(kg) | |
| Gross Weight(kg) |
MADE-TO-ORDER SUPPLY
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1–20 L jacketed glass reactors
Borosilicate glass 3.3 reactors for synthesis, crystallisation, extraction and distillation at atmospheric pressure or under vacuum, with jacketed thermal circulation and explosion-proof versions from 5 to 20 L.
20 L spherical glass reactor
Spherical borosilicate-glass reactor for organic synthesis, crystallisation, esterification and catalytic reactions, with mechanical stirring and heating mantle.
10 and 20 L jacketed glass reactors with lifting vessels
Reactors with a lifting vessel for easier discharge, cleaning and vessel replacement, designed for synthesis and process development with jacket heating or cooling.