Why is High Pressure Sterilizer the Preferred Choice for Laboratory Sterilization?

Efficiency Champion: Reducing Experiment Wait Times

With saturated steam at 121°C/103 kPa, the high pressure sterilizer can complete the sterilization process in just 15-30 minutes, significantly speeding up the process compared to dry heat sterilization, which can take over 10 hours.

Experimental data show that the sterilization effect for standard items such as culture media and instruments achieves a 10^-6 sterility assurance level, far surpassing industry standards.

Full-Scene Compatibility: From Test Tubes to Biological Waste

• Culture media, reagents, and heat-resistant surgical instruments.

  
  

• Animal tissue samples, petri dishes, and other laboratory consumables.

  
  

• Waste materials.

  
  

Strong Penetration, Deep Sterilization and No Dead Zones

The steam used in wet heat sterilization possesses a powerful penetrating ability, enabling it to reach porous materials and hard-to-reach areas, ensuring thorough sterilization.

For example, in the case of complex laboratory equipment or porous culture media containers, the high pressure autoclave can effectively kill microorganisms hidden deep inside, while dry heat sterilization, with its poorer penetration, may result in incomplete sterilization. This superior penetrating power makes the high pressure sterilizer exceptionally effective when dealing with items of complex structure, providing reliable disinfection for the entire laboratory.

Green Sterilization: Reducing Chemical Contamination Risks

Compared to chemical sterilization methods like ethylene oxide, the high pressure sterilizer requires no handling of toxic gas residues, making it particularly suitable for environments with high cleanliness requirements, such as IVD laboratories and cell culture rooms.

Economical and Energy-Efficient: Lower Long-Term Operating Costs

The high pressure autoclave consumes much less energy than dry heat sterilizers, helping save on annual operating costs.

The high pressure steam sterilization method, with its unparalleled sterilization efficiency, broad material adaptability, reliable safety, verifiable sterilization results, eco-friendliness, and standardized operation process, is rightfully regarded as the "multi-functional warrior" in the field of laboratory sterilization. The high pressure sterilizer not only meets the stringent sterilization requirements of modern laboratories but also provides a stable, century-tested barrier of protection for scientific research.