n type autoclave non vacuum offer relatively fast sterilization cycles compared to other sterilization methods. Depending on the load size and configuration, sterilization cycles can be completed in as little as 15 to 30 minutes, allowing for efficient turnaround times in busy healthcare and laboratory environments.
| Volume | 18L/23L |
| rated working pressure | 0.22 MPa. |
| rated voltage | AC220V + 22V, 50 + 1Hz |
| input power | ≤ 1600VA |
| sterilization temperature | 121 /134℃ |
| the volume of the water tank | about 1 liter |
| the normal use of the environment Humidity | ≤85% |
| Air pressure | 70kPa – 106kPa |
| Temperature | 5 ~ 40℃ |
| Noise | <70db |
The composition of a Class N autoclave refers to the materials used in its construction and the components that make up the autoclave. While specific designs and materials may vary between manufacturers and models, here are the typical components and materials found in a Class N autoclave:
The chamber is the main compartment where items are placed for sterilization. It is typically constructed from stainless steel, which is durable, corrosion-resistant, and can withstand high temperatures and pressures.
The door provides access to the chamber and is equipped with sealing mechanisms to maintain pressure and prevent steam leakage during sterilization. The door may also have safety features such as interlocks to prevent opening when the chamber is pressurized.
Seals and gaskets are used throughout the autoclave to create airtight seals and prevent steam from escaping. They are often made from silicone or similar heat-resistant materials.
Heating Elements
Heating elements are used to generate steam and raise the temperature inside the chamber to achieve sterilization. These elements are typically located at the bottom of the chamber and may be electrically powered.
Class N autoclaves require a water source to generate steam. Many models feature built-in water reservoirs or tanks that supply water to the chamber as needed during the sterilization cycle.
Sensors are used to monitor and control the pressure and temperature inside the chamber during sterilization. They ensure that the sterilization parameters remain within the desired range for effective sterilization.
The control system consists of electronic components and software that allow users to program and monitor sterilization cycles. It may include features such as touchscreen interfaces, programmable cycle options, and built-in diagnostics.
Class N autoclaves are equipped with various safety features to protect users and prevent accidents. These may include automatic door locking mechanisms, pressure and temperature alarms, and emergency stop buttons.
After sterilization, steam and air must be safely vented from the chamber. Class N autoclaves typically have built-in exhaust systems that release steam and condensate safely.
The outer casing of the autoclave provides structural support and protection for internal components. It is often made from sturdy materials such as powder-coated steel or stainless steel.
Overall, Class N autoclaves are constructed from high-quality materials and equipped with reliable components to ensure efficient and effective sterilization of medical instruments and equipment.
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