Glove box for Physics Research under Controlled Atmosphere Conditions

Why use a glove box for physics research in a controlled atmosphere?

Preserving the integrity of sensitive materials

Certain physics experiments require manipulation in an inert atmosphere, particularly when studying semiconductors, new materials, or reactive metal compounds. Exposure of these materials to the open air would cause them to oxidise or deteriorate rapidly. The glove box for physics research in a controlled atmosphere therefore provides total protection against oxygen, humidity, and particles, guaranteeing the validity of experimental results.

Glove box for physics research in a controlled atmosphere: ensuring the safety of operators and the environment

Beyond protecting samples, the glove box plays an essential role in ensuring the safety of researchers. When handling hazardous or toxic substances, the equipment effectively confines the products, preventing accidental exposure and thus reducing risks to the operator and their working environment.

The Jacomex PURE range: performance, flexibility and innovation

In order to meet the growing demands of research laboratories, Jacomex has developed a range of high-performance glove boxes: the PURE range. We offer three distinct models, each designed to meet specific needs:

• PURESMART: a compact, high-performance glove box, ideal for start-ups and research centres that want to benefit from an ultra-pure atmosphere in sometimes limited spaces. Its practical format does not detract from its excellent purification capabilities.
• PUREMOD: a modular solution that offers great flexibility. Suitable for both scalable experimental processes and certain production lines, it allows for the easy integration of additional equipment according to the specific needs of each laboratory.
• PUREEVO: the premium model in the range, designed for complex applications requiring unrivalled performance and advanced customisation. PUREEVO is aimed at the most demanding laboratories looking for a tailor-made solution.

All these models incorporate state-of-the-art purification systems, intuitive control of internal atmospheres, and adaptability options that allow the equipment to be adjusted to changes in research projects.