Horizontal Autoclave 26-HAC700

Horizontal Laboratory autoclave is a cylindrical oriented autoclave with a capacity of 150 Liters. Fully automatic computer controlled system with a sterilizing temperature of 134 °C and heat resistant silicon rubber to prevent steam leakage. Automatic open of jacket and chamber valve incase the door is opened during the operation to prevent damage to the unit. Equipped with safety features like automatic shutoff preventing overload of current, auto protection against raised temperature and pressure.

Specifications

Capacity 150 L
Sterilization Temperature 134 °C
Sterilization Pressure 0.22 Mpa
Timer Range 0 - 60 minutes
Heat Average ≤ ± 2 ℃
Chamber Dimensions ( Φ × D ) 440 × 1000 mm
Product Dimension ( L × W × H ) 1400×600×1300mm
Net Weight 240 kg
Gross Weight 320 kg
Power Supply 9 kW / 380 V 50 Hz

Features

  • Digital LCD interface for real-time monitoring of operating status and cycle parameters
  • High-pressure steam sterilization system operating at 0.22 MPa
  • High-temperature sterilization cycles supporting operation up to 134 C
  • Automated drying function for post-sterilization moisture removal
  • Pressure-interlocked chamber design preventing access until safe pressure levels are reached

Applications

FunctionImplementation
Media SterilizationCulture media preparation for aseptic laboratory procedures
Instrument SterilizationSurgical and laboratory instruments compatible with high heat and pressure
Medical Material ProcessingDressings and intravenous equipment
Component SterilizationRubber closures and glass equipment parts used in aseptic techniques

Related Models Of Horizontal Autoclave

Lab Expo Horizontal Autoclaves are applied in high-capacity sterilization workflows where large instrument loads require uniform steam distribution and controlled cycle execution. Each horizontal steam sterilizer operates using pressurized steam and is constructed from stainless steel to support continuous operation and corrosion resistance. Digital control systems regulate temperature, pressure, and cycle parameters, while integrated safety mechanisms support automated operation and controlled processing of large-volume loads.