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The JM-YDA series Horizontal Autoclave which adopte the way of gravity exchange to release the cold air from the chamber more completely to ensure thereliable sterilization. the control system automatically adjust the steam inlet and outlet according to chamber temperature during sterilizing. Horizontal Cylindrical Pressure Steam Sterilizer is a cutting-edge sterilization solution engineered to deliver unmatched performance, safety, and reliability. Designed for industries where sterility is non-negotiable, this sterilizer uses high-pressure saturated steam to eliminate all forms of microbial life, including bacteria, viruses, fungi, and spores. Its horizontal cylindrical design ensures even steam distribution and optimal sterilization efficiency, making it an essential tool for healthcare, laboratories, pharmaceuticals, and food processing.
With its robust construction, user-friendly interface, and advanced safety features, this sterilizer is the ultimate choice for organizations that prioritize hygiene, compliance, and operational efficiency.
Characteristics
1. Automatially controlled the sterilizing process, easy to operate.
2. With drying function, suitable for the medical dressing drying.
3. With over-temperature, over-pressure auto-protect.
4. The door can not be open until the pressure in the chamber is reducedto 0.027Pa. And the unit can not be started on if the door doesn'tclose well.
5. The safety valve will be open automatically when the innerpressure over 0.24MPa and the steam would be exhaustedthe water tank.
6. Automatically cut off the power if the water-lack happenedand alarm at the meanwhile.
7. The chamber of the sterilizer is made of stainless steel.
MODEL | WS-150YDA | WS-200YDA | WS-280YDA | WS-400YDA | WS-500YDA |
Sterilizing chamber volume | 150L φ440×1000mm | 200L φ515×1000mm | 280L φ600×1000mm | 400L φ700×1100mm | 500L φ700×1300mm |
Working pressure | 0.22MPa | ||||
Working temperature | 134ºC | ||||
Temperature adjust range | 105~134ºC | ||||
Time for sterilization | 0~60min | ||||
Time for drying | 0~60min | ||||
Heat average | ≤±2ºC | ||||
Power | 9KW/380V or 220V.50Hz | 9KW/380V or 220V.50Hz | 12KW/380V.50Hz | 18KW/380V.50Hz | 18KW/380V.50Hz |
Dimension(mm) | 1400×600×1300 | 1400×670×1650 | 1400×770×1780 | 1430×880×1830 | 1800×900×1820 |
Transport dimension(mm) | 1560×750×1850 | 1560×820×1850 | 1680×920×1950 | 1600×1050×2050 | 1850×1050×2050 |
G.W/N.W | 320kg/240kg | 350kg/260kg | 465kg/365kg | 530kg/420kg | 580kg/470kg |
Working Principle:
The sterilization process is based on the scientifically proven principle of moist heat sterilization, which is widely regarded as the most effective method for destroying microorganisms. Here's a step-by-step breakdown of how it works:
1. Steam Generation: Water is heated in a built-in boiler to produce saturated steam, which is then introduced into the sterilization chamber.
2. Pressure Build-Up: The chamber is sealed, and pressure is gradually increased, raising the temperature of the steam to the desired level.
3. Microbial Destruction: The combination of high temperature and pressure causes the denaturation of proteins and enzymes in microorganisms, leading to their irreversible destruction. This process effectively kills bacteria, viruses, fungi, and even heat-resistant spores.
4. Cooling and Drying: After the sterilization cycle is complete, the chamber is depressurized, and the sterilized items are cooled and dried using a built-in drying system. This ensures that the items are ready for immediate use.
This process guarantees 100% sterilization efficiency, making it ideal for critical applications where sterility is paramount.
| Product Details |
High and low water gauge Solenoid valveOuter and inner pressure gauge
Application Scenarios and Target Users |
1. Healthcare Facilities
Operating Rooms: Sterilization of surgical instruments, forceps, scalpels, and other tools to prevent infections and ensure patient safety.
Patient Care: Sterilization of dressings, gloves, gowns, and other reusable medical supplies.
Dental Clinics: Sterilization of dental instruments, such as drills, mirrors, and probes, to maintain hygiene standards.
Veterinary Clinics: Sterilization of surgical tools and equipment used in animal care.
2.Research LaboratoriesMicrobiology Labs: Sterilization of culture media, petri dishes, and pipettes to maintain contamination-free environments.
Biotechnology Labs: Sterilization of bioreactors, fermentation tanks, and other equipment used in research and development.
Biohazard Waste Management: Decontamination of biohazardous waste before disposal to ensure compliance with environmental regulations.
3. Pharmaceutical Industry
Drug Manufacturing: Sterilization of vials, ampoules, and containers to ensure the sterility of pharmaceutical products.
Equipment Sterilization: Sterilization of manufacturing tools, such as mixers, fillers, and packaging machines.
Quality Control: Sterilization of testing equipment and materials used in quality assurance processes.
4. Food IndustryFood Processing: Sterilization of canned foods, sauces, and beverages to extend shelf life and ensure safety.
Packaging Materials: Sterilization of bottles, jars, and caps to prevent contamination during packaging.
Equipment Sterilization: Sterilization of cutting tools, conveyor belts, and other processing equipment.
5. Veterinary Clinics and Animal Research FacilitiesSurgical Instrument Sterilization: Sterilization of tools used in animal surgeries and treatments.
Animal Care Supplies: Sterilization of bedding, cages, and feeding equipment to prevent cross-contamination.
Research Equipment: Sterilization of lab tools and materials used in veterinary research.
6. Educational Institutions
Teaching Labs: Sterilization of lab equipment and materials used in biology, chemistry, and medical training programs.
Research Facilities: Sterilization of tools and materials used in academic research projects.
Student Safety: Ensuring a sterile environment for hands-on learning and experimentation.
7. Cosmetic and Beauty Industry
Tool Sterilization: Sterilization of reusable beauty tools, such as tweezers, scissors, and nail clippers.
Product Safety: Sterilization of containers and packaging materials to ensure product integrity.
Spa and Salon Hygiene: Maintaining a sterile environment for client safety and satisfaction.
8. Industrial and Manufacturing Facilities
Tool Sterilization: Sterilization of precision tools and equipment used in manufacturing processes.
Waste Management: Decontamination of industrial waste before disposal.
Quality Assurance: Sterilization of testing equipment and materials used in quality control.
How To Use:
1. Preparation
Inspect: Check for damage, leaks, and safety features.
Clean Items: Remove debris and pack in sterilization-compatible wraps.
Add Water: Fill reservoir with distilled or deionized water.
2. Operation
Load: Arrange items evenly; avoid overloading.
Select Cycle: Choose Gravity, Liquid, or Porous cycle.
Set Parameters: Adjust temperature, pressure, and time .
Start: Close and lock the door; press "Start."
Monitor: Track temperature, pressure, and time on the control panel.
3. Post-Sterilization
Cool: Wait for depressurization and cooling.
Unload: Remove items with heat-resistant gloves.
Store: Keep in a clean, dry area.
4. Maintenance
Daily: Clean water reservoir and wipe chamber.
Weekly: Perform leak test and clean steam generator.
Monthly: Calibrate sensors; replace worn parts.
5. Safety Tips
- The articles (to sterilize) should be well packed and separated certain distance from each other in chamber, so as to leave free passage for steam. Dressing package cannot be close to chamber door, otherwise condense drops along door into dressing and prolongs drying time. In general dressing package should be no more than 20×20×10cm, otherwise the period of sterilizing time would be prolonged .If sterilize solution, pour it into a rigid heat-resistant flask, do not exceed 3/4 containment of the flask. Stuff mouth with cotton and gauze, and bind it with yarn. Be sure not to use a non-perforated rubber stopper or cork, or the flask will be broken. Put the flask onto a larger enamelware or metal tray, in case the explosion of the bottle occurs, the liquid won't flow away to pollute and damage the inside of the sterilizer.
Wear gloves and goggles.
Operate in a ventilated area.
Know emergency shut-off procedures.