When using a glove box for experiments, sometimes the presence of dust may affect the results of the experiment, such as organic coating, the dust may be adsorbed on the IPO glass, affecting the coating effect. In order to create a dust-free environment in the glove box, considering the independence of the glove box, we use the principle of circulation to design a circulating dust removal system. Therefore, it is an urgent problem for the entire industry to find a glove box dust removal device that has a cleanliness level of up to 10 and can fully meet the requirements of the experiment.
Aiming at the shortcomings of the prior art, a glove box dust removal device is provided that has a cleanliness level of up to 10 in the ultra-clean glove box, which can fully meet the requirements of the experiment. The beneficial effect of the glove box dust removal device is mainly manifested in that the cleanliness of the ultra-clean glove box can reach up to level 10, which can fully meet the requirements of the experiment and the user's requirements for the cleanliness of the glove box. The user uses the ultra-clean glove box, which not only eliminates the influence of moisture and oxygen on the experiment, but also eliminates the influence of dust on the experiment.