Safe Solutions for Sensitive Processes Gloveboxes for Chemistry
A glovebox for chemistry is an indispensable tool for research fields in which sensitive materials must be protected from external influences. It offers many advantages over conventional working environments.
With an MBRAUN glovebox, researchers benefit from a controlled atmosphere that not only preserves the integrity of their materials but also significantly improves the safety and efficiency of their research processes. Thanks to the modular design, gloveboxes can be individually adapted to the specific requirements of your laboratory.
| Application Area | Benefits of a Glovebox |
|---|---|
| Catalysis | Protection of highly sensitive catalysts and controlled reaction conditions |
| Organic & Inorganic Chemistry | Safe handling of reactive compounds, whether for syntheses involving air- and moisture-sensitive reagents or for processing metals and other reactive substances |
| Biochemistry | Anaerobic conditions required to reproduce realistic physiological conditions |
| Electrochemistry | Clean environment for precise and reproducible results, for example in the development of batteries or fuel cells |
With our many years of experience in gloveboxes for chemistry, we provide customized solutions specifically designed to meet the needs of chemical applications and precisely tailored to the requirements of your laboratory processes.
MBRAUN has also developed accessories to support your reactions, such as freezers for storing products at low temperatures. Storage solutions, including shelves and dedicated solvent bottle storage systems, are also available. Anti-vibration tables enable highly precise weighing.
Do you have questions or need a customized solution for your application?
Contact us – we will be happy to advise you!
Discover Our Solutions for Your Application
Safe Solvent Purification Without Schlenk Flasks
In addition to a glovebox, an MBRAUN solvent purification system can be the ideal addition to your laboratory. It ensures the quality of your solvents by removing unwanted traces of moisture and oxygen—creating the perfect combination for precise and reproducible research results.
Solvent drying is a key process in chemical laboratories and industrial applications, particularly where anhydrous solvents are required for sensitive reactions. While traditional methods such as Schlenk flask techniques and solvent distillation are still in use, modern solvent purification systems offer a safer, more efficient, and more sustainable alternative.
