Secondly, the artificial hand is put into warm liquid rubber, and the liquid rubber reacts with the chemical coating on the artificial hand to become gel. Next, these artificial hands will be transported to the oven. During transportation, they will keep rotating and get rid of excess liquid rubber. After entering the oven, rubber dries at high temperature and becomes the shape of gloves, which also includes the vulcanization process, which can make rubber gloves firm and elastic. Then the gloves rotate in the middle of the brush, and the gloves are rolled up with the brush, so that the rubber gloves can be easily removed from the hand film. These medical gloves are specially made of synthetic rubber, which is more sticky than natural latex gloves, so they must be manually torn off from the hand film.
Third, at the checkpoint on the other side, workers are stretching and inflating gloves one by one to check whether there are holes in gloves, even holes the size of pinholes are unqualified. Then take out a sample glove from each batch of gloves, inject water into it, and check again for damage. If the spot check is qualified, then these gloves can be packaged and delivered. This factory can produce 12000 medical rubber gloves per hour, and each box contains 100 gloves. After packaging, these gloves can protect people's health.