The mold incubator is equipped with various safety protection measures, such as overheating protection, leakage protection, water shortage protection, etc., to ensure the safe and reliable operation of the equipment. It also has gas environment regulation functions, such as controlling oxygen concentration, carbon dioxide concentration, etc., to further meet the growth needs of specific molds.

Maintenance methods for mold incubators:

Daily operation standards are the fundamental prerequisite for equipment maintenance. Before use, it is necessary to confirm that the power supply voltage matches the equipment requirements to avoid voltage fluctuations causing impact on the control system; During the operation, the box door should be opened and closed gently to reduce temperature fluctuations and prevent sudden changes in humidity caused by intense exchange of cold and hot air inside the box; The placement of the culture should be evenly distributed to avoid blocking the ventilation openings or excessive concentration, which may cause local temperature and humidity imbalance; After the experiment is completed, the residue inside the box should be promptly cleaned to prevent microbial metabolites from corroding the inner wall or contaminating subsequent experiments. Operators need to undergo professional training, familiarize themselves with equipment functions and taboos, and prevent unauthorized personnel from arbitrarily adjusting core parameters such as temperature and humidity.

Environmental management is a key link in extending the lifespan of equipment. The incubator should be placed in a well ventilated, dry, and clean independent space, away from heat sources, corrosive gases, and strong electromagnetic interference sources, to avoid direct sunlight that may cause aging of the outer shell or uneven temperature distribution inside; Adequate heat dissipation space should be reserved at the bottom of the equipment to ensure smooth ventilation of the compressor and condenser; Regularly clean the surface dust of the equipment, use neutral cleaning agents to wipe the shell, and prevent static electricity from adsorbing particles; If it is not used for a long time, the inside of the box should be cleaned, the power should be disconnected, and the box door should be kept slightly open to avoid the adhesion of the sealing ring or the growth of mold inside.

The maintenance of core components should follow the principle of specialization. As a key component for data acquisition, temperature and humidity sensors need to be regularly checked for loose installation positions, surface adhesion of condensed water or residual culture, and gently wiped with a soft cotton cloth if necessary; The humidifier sink needs to be kept clean, with regular replacement of purified water and removal of scale to prevent microbial growth from clogging the nozzle; The ventilation system needs to check whether the fan runs smoothly and whether the filter is blocked. If the air volume decreases or the noise is abnormal, the filter should be cleaned or replaced in a timely manner; As the core component of refrigeration, the compressor should avoid frequent starting and stopping. If the equipment runs continuously for too long, an intermittent mode should be set to reduce the load; The sealing strip needs to be regularly checked for elasticity, and if aging or cracking occurs, it should be replaced in a timely manner to prevent the box from leaking air and causing temperature and humidity to lose control.