High-Pressure Steam Sterilization Equipment
This is the most commonly used type of medical waste sterilization equipment. It utilizes high-temperature, high-pressure steam to sterilize waste. The equipment processes waste at 121℃~134℃ and 1.2~2.1 MPa for a specific time, completely inactivating bacteria, viruses, and other pathogenic microorganisms. High-pressure steam sterilization equipment is suitable for infectious waste, some pathological waste, and medical waste containing liquids. Modern equipment is typically equipped with automatic control systems, crushing devices, and waste mixing functions to improve sterilization efficiency and operational safety.
Microwave Sterilization Equipment
Microwave sterilization equipment heats waste using microwaves, causing the water molecules inside the waste to vibrate and generate heat, thereby killing pathogenic microorganisms. This type of equipment provides uniform heating, fast speed, low energy consumption, and minimal environmental pollution. Microwave sterilization equipment is suitable for small to medium-sized waste treatment in hospitals, community health service points, or laboratories. It is often equipped with bag-breaking and crushing devices to improve sterilization effectiveness.
Chemical Sterilization Equipment
Chemical sterilization equipment uses disinfectants (such as chlorides, peroxides, etc.) to chemically treat medical waste, inactivating pathogenic microorganisms in the waste. This equipment is commonly used for treating liquid waste, pharmaceutical waste, or heat-sensitive waste. Chemical sterilization equipment is generally equipped with a sealed reaction vessel, a stirring system, and a safety venting device to prevent disinfectant leakage or secondary contamination.
Small-scale sterilization equipment
Mobile or small-scale medical waste sterilization equipment is suitable for community healthcare services, vaccination sites, temporary clinics, or medical institutions in remote areas. The equipment is small in size, easy to operate, and can quickly process small amounts of waste, ensuring the continuity of medical activities and reducing the risks associated with transporting waste.