Pulse Vacuum Autoclave LBPA-T2010

Introduction

Pulse Vacuum Autoclave has a volume of 250 litres and a maximum working temperature of 139℃. 304 stainless steel sanitary pipes with clamp joints and specifically made pneumatic valves are part of its piping system. The autoclave control system incorporates a and a touchscreen for precise real-time control and alarms. It features a strong rectangular chamber with reinforced jacket and interlocking pneumatic doors. Our autoclave is suitable for medical devices, dressings, implants, and liquids.

It uses high-temperature and high-pressure steam to achieve effective sterilization of laboratory equipment, media, and waste. The advanced control system ensures thorough sterilization while preventing overheating or pressure buildup.

Applications

Our Pulse Vacuum Autoclave is used for sterilizing medical devices, surgical instruments, dressings, rubber, and liquids. It is Ideal for hospitals, sterile supply departments, and third-party disinfection centers.

Specifications

Volume	250 L
Maximum Working Temperature	139℃
Sterilization Temperature Precision	0 to 2℃
Temperature Uniformity	± 1℃
Design Temperature	150℃
Maximum Working Pressure	0.25 MPa
Ultimate Vacuum	- 97 kPa
Vacuum Leakage Rate	Up to 0.13 kPa/min
Negative Pressure Pulsation Amplitude	- 80 to 0 kPa
Negative Pressure Pulsation Times	1 to 99
Times of Positive Pressure Pulses	1 to 3
Times of Pulses Across Pressure	Amplitude: -80 to 80 kPa, Times: 1
Steam Consumption	18 kg/C
Tap Water Consumption	120 kg/C
Designed Pressure of Inner Chamber	- 0.1 to 0.3 MPa
Designed Pressure of Jacket	0.3 MPa
Safety Valve Opening Pressure (Chamber)	0.28 MPa
Safety Valve Opening Pressure (Jacket)	0.28 MPa
Power	2 kW + 24 kW
Power Supply	380 V, 50 Hz
Chamber Dimension	550 × 550 × 845 mm
Overall Dimension	1136 × 1310 × 1880 mm
Packing Dimension	1490 × 1450 × 2120 mm
Net Weight	750 kg
Gross Weight	1134 kg

Features

Built-in data printer

Color touchscreen with graphic display

Temperature and pressure recorder

Automatic drain system

Built-in steam generator

Stainless steel construction

Double vacuum pulsation

FAQs

1. How does the door interlock safety system work?

The door of the autoclave cannot open unless internal pressure is zero and the sterilization cycle is complete. A safety interlock system ensures steam pressure does not build if the door isn't fully sealed. If pressure exceeds 0.027 MPa, the door remains locked. This mechanism prevents accidental burns and steam leaks, protecting both the user and equipment integrity.

2. How is vacuum created and controlled during sterilization?

The autoclave uses a vacuum pump for air removal in multiple pulses (3 to 5 times), which eliminates up to 99.2% of cold air before steam entry. The vacuum pressure reaches up to -97 kPa. Vacuum depth and number of pulses can be adjusted based on the load type. This process ensures even steam penetration and successful sterilization.

3. Can I use the autoclave for different types of loads simultaneously?

No, it is not recommended to sterilize different types of items together, such as textiles and liquids or rubber and instruments. Different materials require different sterilization parameters, and mixed loads may result in incomplete sterilization or damage. Separate loads by type for best sterilization results and safety.

4. What are the environmental and utility requirements for this autoclave?

The autoclave should be used in environments with a temperature between +5°C and +40°C and relative humidity under 85%. It requires a water supply pressure of 0.15 to 0.25 MPa, compressed air between 0.4 and 0.7 MPa, and an AC 380V, 50Hz power supply. The steam input should be between 0.3 and 0.6 MPa to ensure effective operation and avoid equipment damage.

5. What should be done before starting a sterilization cycle?

Check that air, water, and steam supplies meet required pressure levels. Ensure doors are properly closed and that the chamber gauge reads 0 MPa. Select the desired cycle and input correct parameters. For safety, always review alarms and system status before beginning the cycle to prevent malfunctions.