A The welding glove box of Mikrouna is designed specifically for precision welding operations that are free of water, oxygen, and dust. It can solve the impact of humidity and impurities in the air on laser welding. The glove box has a heating chamber on one side and a transition chamber on the other. The maximum temperature of the heating chamber can reach 200 ℃, and the heating plate can be quickly cooled at the same time with low leakage and stable performance.

A In the food and cosmetics industry, glove boxes can effectively prevent the invasion of external pollutants during product raw material processing and packaging by providing a sealed ultra pure environment, maintaining the purity and quality of products, which is particularly important for sensitive cosmetic ingredients; The glove box also provides a controlled atmosphere environment for food and cosmetics researchers to conduct precise experiments when developing new products, driving industry innovation.

A The glove box provides a dust-free, oxygen free, and dry ultra pure environment for semiconductor chip manufacturing. By strictly controlling the gas composition inside the glove box, it effectively prevents pollutants such as dust, moisture, and oxygen from interfering with semiconductor materials, thereby reducing chip defect rates and ensuring high performance and reliability of semiconductor devices. This high level of cleanliness is essential for precision semiconductor processing.

A Glove boxes play a crucial role in the field of biomedicine, especially in cell culture and drug development processes. Glove boxes provide an ultra clean and sterile operating space, ensuring that cells grow and reproduce under conditions free of external contamination, while ensuring smooth drug synthesis and experimentation.

A Glove boxes can enhance the aseptic effect. To improve the aseptic effect of glove boxes, ultraviolet disinfection devices can be equipped. This device can regularly irradiate the glove box with ultraviolet radiation, effectively killing any residual microorganisms, including bacteria, viruses, and spores, ensuring that every corner of the experimental space is in a sterile state.

A The air purification system inside the glove box uses a circulating fan to send the gas inside the glove box into the purification column for filtration and purification, and then sends the atmosphere after adsorbing water and oxygen into the glove box. The high-efficiency filter can remove particles as small as micrometers in the air, while eliminating bacteria, viruses, and other microorganisms. This purification process is constantly circulating, ensuring that the atmosphere inside the glove box remains at a very high level of cleanliness and a very low level of water oxygen.

A The structural design of the glove box mostly adopts high-strength 304 stainless steel as the sealing material and has precise connection technology to ensure the integrity of the glove box body. Every interface and gap has undergone strict testing and processing to prevent the infiltration of external air and ensure its tight sealing performance. The Mikrouna glove box also adopts an integral flange window, which is molded in one go for better sealing. These are important conditions for creating a dust-free and sterile environment.

A The core goal of the glove box is to provide a pure operating environment for experiments, which uses precise sealing technology to exclude external dust, microorganisms, and other potential sources of contamination. This goal is not only to protect internal operations from external interference, but also to ensure the accuracy and repeatability of the experiment.