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Horizontal Autoclave 26-HAC404

Horizontal Autoclave 26-HAC404

Horizontal Laboratory Autoclave is a 1200 Liters double door microprocessor controlled automatic autoclave. It is equipped with motorized or sliding door with an effective sterilization temperature of 139 °C. With safety features like auto door lock against raised safety pressure and automatic shutoff preventing overload of current this autoclave is an ideal laboratory device.

Specifications

Capacity 1200 L
Sterilization Temperature 139 °C
Sterilization Pressure 0.25Mpa
Steam Pressure and the Consumption 0.6- 0.8 Mpa / 48 kg
Water Source Pressure and the Consumption 0.2 - 0.3 Mpa / 250 Kg
Compressed Air Pressure 0.6 - 0.8 Mpa
Inner Chamber Dimension ( L × W × H ) 1500 × 680 × 1180 mm
Outer Dimension ( L × W × H ) 1790 × 1450 × 1950 mm
Net Weight 1900 kg
Power Supply 4 kW

Features

  • Digital LCD display to monitor working status and parameters
  • Working pressure : 0.22 MPa
  • Working temperature : 139 ℃
  • Door lock feature : Door cannot be opened till the pressure inside the chamber doesn’t fall to 0.027 MPa
  • Safe door lock system ensuring safety / protection during sterilization
  • Automatic power cut off with alarm with low water levels indication
  • Motorized or sliding door with pneumatic sealing to prevent loss of sterile steam

Applications

Used to sterilize culture media, instruments, dressings, intravenous equipments, rubber closure of glass equipments used in aseptic techniques and numerous objects that can withstand high temperature and pressure

Catalog

Horizontal Autoclave 26-HAC404 Catalog

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.