Hospital laundry equipment has specific requirements for water hardness. Using water with high hardness can damage fabrics as well as the washing equipment. If the hospital laundry room cannot access low-hardness water directly, it can be softened using water softening equipment. For more information on hospital laundry equipment. Currently, electrolytic ozone technology can be used for hospital disinfection room construction. First, tap water is purified directly, and then high-concentration ozone is produced through electrolysis of pure water. Since only pure water is involved in the electrolysis, the ozone produced is extremely pure and contains no other harmful substances. This technology has a purity (28%) of ozone that is currently the highest in artificial direct-drive ozone technology and is a safe method. The technology has received multiple international patent certifications. Compared to traditional disinfectant liquid disinfection, ozone disinfection is safe, efficient, pollution-free, and has no residues.

The hospital laundry room is located on the ground floor below the outpatient, medical technology, and inpatient complex, adjacent to the disinfection supply center. The area composition mainly includes: hospital laundry equipment usage area, staff work area, transportation corridor area, waste storage area, clean item storage area, auxiliary equipment usage area, and staff rest/dressing area. As the medical textiles cleaned and disinfected in the laundry room not only supply the entire hospital but also other hospitals in the area, there are vehicle entrances and exits set up in the polluted and clean areas of the laundry room. Clean textiles for external hospitals are transported out through the clean area exit, and used textiles are brought into the laundry room's polluted area through the entrance. Due to the close connection of the laundry room with the outpatient department, medical technology, and inpatient wards, clear traffic routes to and from the laundry room should be established, with a separation of clean and polluted areas. The hospital has a shared clean elevator in the clean area of the laundry room that leads to upper-level intervention catheterization rooms, operating rooms, and patient wards for the transportation of clean work uniforms, bedding, and surgical dressings for the departments within the integrated building. In the polluted area, a waste elevator collects used textiles and surgical accessories from operating rooms, catheterization rooms, and patient wards for washing. Key points of the first-level process: ① To avoid disruption to the hospital's normal operations, the laundry room is independently situated on the ground floor below, away from patient areas; ② Since surgical accessories (surgical drapes and surgical caps, etc.) disinfected and cleaned in the laundry room require sterilization processing at the disinfection supply center, the laundry room should be in close proximity to the disinfection supply center.

Hospital Disinfection Washing Machines, Full Set of Hospital Laundry Equipment After a week of systematic negotiations, the procurement of laundry equipment for the laundry room of a certain hospital in Liaoning Province has been successfully completed, marking that our company's aerospace medical laundry equipment series has achieved standardization. The bidding process was quite challenging, involving multiple rounds of professional negotiations, from comparing laundry equipment technology to subsequent pricing, we have achieved a higher level of professionalism and feasibility, and have provided a satisfactory solution for the buyer. Relying on the reliable quality of our aerospace medical laundry equipment over the years, a solid foundation has been laid for this successful bid. This hospital has purchased a set of medium-sized hospital laundry equipment, specifically: one 30 kg medical washing machine, one 50 kg medical washing machine, one 50 kg medical dryer, and one bedding flatting machine. Since the hospital has only about 300 beds, we calculated the required laundry equipment based on a daily washing load of 70%. Hospital laundry equipment is generally equipped based on the daily washing volume, and customers should communicate with the manufacturer in detail before making a purchase.
Hospital laundry equipment has gained prominence as one of the main procurement items for logistics departments in various hospitals in recent years. It is widely recognized for its ability to quickly wash, dry, and disinfect bedding for hospital rooms and work uniforms for medical staff. In the days before professional medical washing machines, hospitals could only use standard household washing machines to simply wash their linens, without the ability to disinfect and sterilize, thus failing to meet the sterile standards of the medical system. Our aerospace medical facility's fully automatic medical (disinfecting) washing machines have completely transformed the situation, leading hospitals on the right path for laundry care. With our vast country and large population, the eastern regions are more economically developed, and the medical equipment procured by hospitals is also relatively advanced, with the use of fully automatic medical disinfecting washing machines being common for many years. However, in remote areas of the west and mountainous regions in the southwest, some hospitals have yet to see what a medical washing machine is, and have continued to use traditional household washing machines for the simple cleaning of various medical linens, without any disinfection steps. This has resulted in patients' bedding not being sterile, and in severe cases, it can even exacerbate their conditions. In recent years, our company has participated in various medical device exhibitions, introducing our new medical washing machines to regional equipment distributors, asking them to introduce our products to hospitals in remote areas, so that more hospitals can adopt the genuine fully automatic medical disinfecting washing machines.
Currently, the market is flooded with counterfeit medical-grade washing machines, which are generally industrial washing machines produced by machinery factories. Laypeople can hardly tell whether they are medical-grade machines just by looking at the exterior. It's only when the casing is opened and the interior inspected that the truth becomes apparent. Genuine fully automatic medical-grade disinfection washing machines come with imported disinfection unit assemblies, capable of sterilizing both the wash water and laundry during the cleaning process, resulting in cleaner laundry and greater peace of mind for patients. Therefore, when purchasing medical-grade washing machines, it's essential to check if they are produced by a medical equipment manufacturing enterprise. In the past few years, semi-automatic medical-grade washing machines were more commonly used in hospitals, which could only clean and not achieve dehydration, let alone disinfection. After washing, staff had to manually remove the laundry, dry it in a centrifugal dryer, and then proceed with drying to complete the process, which was not only麻烦 but also time-consuming. With the advent of fully automatic medical-grade washing machines, the previous predicament has been resolved, and now they can operate as a single unit. All that's needed is to pre-program the required washing cycles on the front control panel of the medical-grade washing machine, and the laundry equipment will automatically carry out washing, drying, and disinfection functions, making it convenient and quick! The model of medical-grade washing machine to be purchased varies depending on the hospital. We currently offer four specifications (20 kg, 30 kg, 50 kg, 100 kg) for your selection. A 20 kg fully automatic medical-grade disinfection washing machine is sufficient for town and country health centers with a limited number of beds. For county central hospitals with more beds, a 30 kg or 50 kg model would suffice. For urban hospitals, as they typically have more than 500 beds, we generally recommend a 100 kg fully automatic medical-grade disinfection washing machine, which can basically handle the daily laundry cleaning tasks for all hospitals. Prices naturally vary with different models, so it's advisable to get quotes from several suppliers before purchasing to ensure a reasonable sales price. Our aerospace-produced medical-grade washing machines are sold directly by the manufacturer, without agents, ensuring uniform pricing. Shipping costs may vary depending on the distance due to transportation, and the final cost should be based on the logistics company's quotation. For example, a 20 kg fully automatic medical-grade disinfection washing machine is priced at 23,000 yuan (including an imported disinfection control unit). This price includes free on-site guidance, debugging, training, and one-year full machine warranty service nationwide.
Below, I'll explain the model and functions of the aerospace fully automatic hospital laundry equipment. I hope everyone will not be misled when purchasing. Taking a 20 kg medical washing machine as a reference, the washing capacity is 20 kg, and the linen loading capacity should not exceed or fall below 10% to ensure optimal washing results. The dimensions are: length 1.25m, width 1.06m, height 1.6m, with a total weight of 400 kg and a motor power of 2.2 kW. It is equipped with an imported high-density disinfection control unit that can thoroughly sterilize 99% of pathogens. I would like to remind all purchasers once again to choose the right medical equipment manufacturer when selecting a fully automatic medical disinfection washing machine. Do not use industrial washing machines!

With the rapid development of China's medical service industry and the increasing competition, hospitals must concentrate their vital resources on medical services to maintain strong competitiveness. At the same time, logistics management departments need to continuously reduce management costs, such as establishing their own laundry rooms and purchasing hospital-grade laundry equipment. This not only ensures cleaning quality but also reduces the cost of outsourcing. However, due to the reuse of medical textiles, which are a primary source of infection, we should gradually recognize that the cleaning of medical textiles needs to be integrated into the hospital's overall infection prevention and control measures.
Due to the unique service characteristics of hospitals, the fabrics that various patients have come into contact with or used may contain a significant amount of viruses, posing certain safety hazards. As a result, the requirements for hospital laundry equipment are extremely stringent. Typically, laundry equipment used in hospitals combines disinfection, repair, and ironing, and only large-scale laundry machines can ensure the normal operation of the hospital under such high volumes of laundry. In a hospital laundry room, it's not just the staff's uniforms that need cleaning, but also patients' clothing, bed sheets, and pillowcases, etc. Cleaning these by hand is simply unrealistic. Without hospital washing machines, we would be at a loss when faced with a large volume of medical linens. The product advantages and features of industrial hospital washing machines for large-scale cleaning tasks stem from the need for such services in certain fields, which is why such industrial washers were developed. According to different needs, there are two main types: semi-automatic medical washing machines (requiring a hospital dryer to be paired) and fully automatic hospital washing machines (washer-extractors). Within the specific subcategories, there are floating fully automatic hospital laundry room equipment, hospital uniform dryers, and bedsheet folding and ironing machines, among other laundry room equipment for hospitals. These are easy to operate and priced to ensure high quality at an affordable cost for hospital laundry equipment.
The washing principle of the drum-type hospital laundry equipment differs from that of the wave-type equipment. An automatic drum-type hospital washing machine places the laundry items in a porous stainless steel drum, which is installed inside a cylinder containing the washing liquid. The liquid level is approximately one-third to one-half of the inner drum's radius. The drum rotates under the power of a variable-frequency motor (can be set for alternating forward and reverse rotation), and the laundry items rotate within the drum. Five raised ribs are set along the axial direction of the drum's inner wall. Relying on the drum's raised ribs, the laundry items are lifted to a height above the liquid surface. Due to their own gravity, the laundry items fall freely into the washing liquid. As the drum continuously rotates in both directions, the laundry items are repeatedly lifted and dropped, and continuously collide with the liquid. At the same time, friction occurs between the laundry items and the drum walls, simulating the effects of hand rubbing, board rubbing, and slapping, thereby achieving cleaning. Proper use of detergents is essential, along with understanding the appropriate dosing time and temperature, the basic properties, and usage methods of detergents. Chlorine should be removed promptly with a dechlorinating agent, and excess alkali neutralized with a neutralizing agent. To enhance cleaning and disinfection rates, drum-type hospital laundry equipment also features heating capabilities (either steam or electric heating), which can automatically heat the washing liquid with adjustable temperature settings. The increased washing temperature accelerates molecular movement and the chemical action of detergents. The use of drum-type medical washing machines relies on the aforementioned mechanical, chemical, and thermal effects to achieve cleaning.
Today, I'll explain the specific configuration of hospital laundry equipment. The laundry room, in coordination with the hospital's后勤 department, conducts a count of the linen and fabrics exchanged by various departments. The detailed calculation should include the number of linens currently in use, being washed, and stored in the warehouse. Based on this count, the quantity of laundry to be cleaned each workday is determined and used for configuration. We will specifically recommend two common and representative hospital laundry equipment configurations for your reference. (1) County-level Traditional Chinese Medicine Hospital, with 300-500 inpatient beds and over 400 medical staff. Considering decentralization for laundry, a medium-sized medical laundry equipment set is required, including one 50kg, one 100kg medical washing machine, one 50kg, one 100kg medical dryer, and one flat ironing machine for bed sheets and pillowcases (the fully automatic sheet folding machine depends on the hospital's capabilities). (2) For rural and community hospitals, with a limited number of beds and medical staff, generally around 60 beds, a 30kg hospital washing machine and a 50kg hospital dryer are sufficient to meet daily linen washing needs.
Mandatory strict operation specifications for the use of medical laundry equipment: Wash medical fabrics strictly according to classification requirements; Disinfect medical fabrics strictly in accordance with regulations; Special cleaning processes for textiles contaminated with hazardous drugs are required; Hospital washing machines must load water appropriately to ensure mechanical force and detergent effectiveness; Water levels at each washing stage must be precise for correct washing and rinsing; Cleaning temperature and time must be accurate to ensure proper disinfection and stain removal; Detergent concentration must be appropriate for proper disinfection, cleaning, and finishing; Medical dryers need to control operating time, suitable temperature (75-85°C), and reverse and forward rolling. Ensure proper drying of medical fabrics while eliminating pathogens; Control drying programs for each fabric category, with sufficient cooling time for comfortable handling and effective protection of the medical fabric experience and usage.
Due to the current pandemic, for laundry washing rooms and linen storage areas, after being sealed, physical methods can be used for air and surface disinfection of objects. Install ultraviolet disinfection lamps (installation capacity should be calculated based on room volume ≥ 1.5W/m³), with a minimum照射 time of 30 minutes; use an ozone generator (ozone generation concentration should be ≥ 20mg/m³) with an action time of 30 minutes. For larger water washing rooms, after being sealed and unoccupied, effective disinfectants such as peroxide acid solutions can be used for disinfection according to health department requirements. Effective disinfection of hospital washing equipment and related utensils should be carried out daily. Medical washing machines and drying machines should be cleaned and disinfected after each use; ironing tools must be wiped with disinfectant or alcohol cotton balls on both inside and outside surfaces after use; clothing packaging machines should be wiped with disinfectant or alcohol cotton balls daily. At the same time, strengthen the management and supervision of the personal hygiene of staff. Establish a daily health check system for staff, with a check on their physical condition and hygiene before each shift. This includes the presence of any suspected symptoms and close contact with patients or suspected patients with sexually transmitted diseases, hand hygiene, work uniform cleaning and disinfection, wearing of protective equipment, and other personal hygiene requirements. As a manufacturer of medical washing equipment, we are committed to providing 24-hour business consultation to users, promptly resolving difficulties for our customers.