Class B Tabletop Autoclave Steam Sterilizer Machine Pulse Vacuum System With

Product Specification

Class B Table Type Steam Sterilizers Pulse Vacuum System With Inner Printer Drying Function

The Steam Sterilizer with Class B, Table Type, and Pulse Vacuum System is designed to deliver high-performance sterilization while enhancing convenience, efficiency, and reliability. Below is a breakdown of each feature and its unique advantages, presented in a way that distinguishes it from typical network content.

1. Steam Sterilizer Class B (Fully Automatic Steam Sterilization):

• Superior Sterilization for a Wide Range of Items: Class B steam sterilizers are recognized as the most advanced and reliable type for sterilizing a variety of medical instruments. They are capable of sterilizing not just solid items but also porous loads, wrapped items, and hollow instruments such as surgical kits, rubber tubing, and glassware. This makes them ideal for healthcare environments where a wide array of sterilization needs must be met, particularly for instruments with complex shapes or internal cavities.
• Ensures Optimal Sterilization Conditions: Class B sterilizers are designed to operate under high vacuum conditions, ensuring that air is completely removed from the chamber before steam enters. This allows steam to penetrate thoroughly and consistently, ensuring that all areas of the instruments are exposed to the necessary temperature and pressure for the required duration. This thorough air removal is especially crucial when sterilizing delicate instruments or materials that may trap air, leading to inadequate sterilization in lower-class sterilizers.
• Comprehensive Cycle Control: Class B sterilizers offer automatic control over the sterilization cycle, including pre-vacuum, exposure, and post-vacuum drying. This provides a highly reliable process that ensures each sterilization cycle meets the stringent standards of healthcare safety. The integrated cycle monitoring also allows for detailed documentation of each sterilization event, which is essential for regulatory compliance and quality control.
• Meeting High Standards of Sterility Assurance: Due to the advanced nature of Class B sterilizers, they meet international safety standards for sterilization, ensuring that the process consistently achieves sterility assurance levels (SAL) that are necessary in a medical environment. This reduces the risk of infection transmission through improperly sterilized equipment.

2. Steam Sterilizer Table Type (Compact and Space-Saving Design):

• Compact and Space-Efficient: The Table Type design of the sterilizer makes it perfect for healthcare settings with limited space. This compact footprint allows the sterilizer to be placed on countertops or workstations without taking up valuable floor space, which is often in high demand in hospitals, clinics, or smaller medical offices. Despite its small size, the Table Type sterilizer maintains a high capacity for sterilizing a variety of instruments, offering both convenience and efficiency in tight spaces.
• Ease of Use and Accessibility: With its tabletop configuration, operators can load and unload instruments at an ergonomic height, reducing the need for bending or heavy lifting. This enhances operator comfort and productivity, especially in busy healthcare environments where frequent use of sterilizers is common. The intuitive front-access design allows for quick and efficient loading, which is essential in improving overall workflow.
• Flexible Installation and Portability: The compact size also makes the Table Type sterilizer ideal for settings where portability is important, such as small medical practices or dental offices. It can easily be relocated within the facility if needed, giving healthcare providers flexibility in organizing and optimizing their workspace. This adaptability is especially valuable in dynamic medical settings where the layout may need to change.
• Quick Cycle Times: The Table Type sterilizer often features faster cycle times due to its compact and efficient design, enabling quicker turnaround of sterilized instruments. This is important in high-traffic areas where instruments need to be sterilized quickly and made available for use without long delays.

3. Steam Sterilizer Pulse Vacuum System (Enhanced Air and Moisture Removal):

• Thorough Air Removal for Effective Sterilization: The Pulse Vacuum System is essential for ensuring that air and moisture are thoroughly removed from the sterilization chamber before steam is introduced. In many sterilizers, residual air can hinder steam penetration, leading to ineffective sterilization. The Pulse Vacuum System eliminates this risk by creating a strong vacuum pulse that forces out air, leaving behind only the steam required for sterilization. This feature guarantees that even the most difficult-to-sterilize loads, such as porous items or wrapped surgical tools, are fully sterilized.
• Improved Steam Penetration: By creating multiple vacuum pulses, the system allows steam to reach the deepest recesses of items, ensuring complete and consistent sterilization. This is particularly beneficial when sterilizing complex medical instruments with cavities, such as cannulas or hollow tubes. The enhanced vacuum system improves steam penetration, ensuring that all areas of the instruments are exposed to the high heat and pressure needed for sterilization.
• Increased Cycle Reliability: The Pulse Vacuum System reduces the likelihood of sterilization failure by ensuring the chamber is completely de-aerated before the sterilization phase begins. This feature significantly enhances the reliability of each cycle, providing assurance that the sterilization process is thoroughly and consistently completed. For hospitals and clinics that deal with high volumes of instruments, this increased reliability means fewer chances of contamination and better patient safety.
• Faster Cycle Times and Energy Efficiency: The Pulse Vacuum System can reduce the time needed for air removal compared to traditional vacuum methods, which often rely on continuous vacuum for long durations. By pulsing the vacuum, the system speeds up the process while still achieving the desired sterilization effect. This results in faster cycle times, which improves overall efficiency and throughput in busy medical environments, while also conserving energy compared to slower, more energy-intensive vacuum methods.

Steam Sterilizer Application

The unit disinfects and sterilizes the objects with saturated steam, by the means of pulse exhausting the cold air to clear the efforts from which to the temperature,and make the objects completely drying by the way of vacuum-exhausting and jacket baking.By using the physical characteristics of the pressured saturated steam will releasing plenty of hot while condensing,the unit will keep the sterilizing objects wet and at high temperature in a given time ,which spoils the virus and the spores together, and good sterilizing efforts will be received.

Steam Sterilizer Parameter

Steam Sterilizer CHARACTERISCTICS:

• The sterilizing procedure is automatically controlled, it is not necessary to be supervised, and used conveniently.
• At lease 3 or more times pulse-vacuum exhausting, which is applied to wrapped or unwrapped objects,hollow equipment.
• Drying function.
• With inner printer, which record the for the full procedure of the sterilization.
• With Bowie& testing function, which is for the steam penetrating testing.
• Self-testing malfunction, easy to maintain.
• Safety functions:
• Safety locking: the steam can not enter the chamber and the unit will alarm when the door is not closed tightly,and the door can not the open when the inner pressure is exceed 0.027mpa.
• Over pressure protection: If the pressure exceed the working pressure, the safety valve will exhausting the air.
• Low water protection:The unit can not be started if the water don’t reach the high level,and the power will cut off directly.
• Over current protection:The broker will cut off the power by the over current happened.