Large hospitals typically utilize larger medical laundry equipment due to the high volume of bedding and clothing that need cleaning daily. This allows for batch cleaning of items like linens, but the washing process also includes high-temperature disinfection. The large laundry machines are equipped with an automatic water supply system, which dispenses the appropriate disinfectant into the washing machine based on the type of clothing being cleaned, ensuring uniform disinfection of the items inside.
All clothing must be washed within the specified time frame. After washing, the next step is to remove excess moisture through drying. The purpose of the large-scale industrial dryer is to expedite the removal of water from the clothes. A must-have feature in hospital-grade laundry equipment is the disinfection function, which is typically achieved using either infrared or high-temperature sterilization.

Laundry services for linens used by institutions are a crucial step in preventing hospital-acquired infections. The textiles washed include staff uniforms, patient garments, bed sheets, and pillowcases. Before being washed in the laundry room, they must be identified and categorized, then placed in medical washing machines, hospital dryers, and other equipment to start the washing or drying process. Items contaminated with bodily fluids or secretions, which pose a risk of hospital-acquired infections, must be isolated and sanitized. Additionally, laundry room staff must take protective measures, and the washing process must be standardized to prevent cross-contamination. Ensure that the provided linens are clean, free of water stains, dirt, and odors, and hygienic.

The inner drum and outer shell of the hospital dryer are meticulously crafted from high-corrosion-resistant 304 stainless steel. It features an automatic control system for varying temperatures, fully computerized with manual operation capabilities. It ensures continuous, long-duration operation with a large capacity, and the main shaft and flange connections are all heat-treated to prevent deformation at high speeds, thereby extending its service life. The body and frame are linked using CO2 protected welding technology for secure and durable connections; heating options include steam and electric heating. The development of a new generation of gas-powered hospital dryers is underway, which draws fresh air through the inlet, exchanges heat with the radiator to become dry warm air, and then exchanges heat with the tumbling textiles inside the drum. Afterward, the air is exhausted from the unit, and the textiles in the drum gradually evaporate moisture under the dry warm air to achieve drying. Compared to steam dryers, the direct combustion hospital dryer does not require secondary conversion of heat energy, resulting in more efficient energy use, lower losses, and higher drying efficiency.

Medical washing machines are mainly divided into types and capacities. By type, they include semi-automatic horizontal washing machines, fully automatic washing machines, and sterilization isolation washing and drying machines. By capacity, they come in various types such as 20 kg, 30 kg, 50 kg, 70 kg, and 100 kg.
Medical washing machines are an innovative variation of standard washers, specifically designed for hospital laundry rooms. They are laundry equipment used in various hospitals, health centers, and other healthcare institutions, featuring a washing capacity of over 20 kilograms.