EziLab offers the Vertical Pressure Steam Sterilizer EZL-VPS101, a 35 L hospital autoclave that reaches 134°C at a working pressure of 0.22 MPa, with a 0.23 MPa ceiling and heat spread held within 1°C. The 318 by 450 mm chamber holds two steel baskets, the timer runs from 0 to 99 minutes, and a 2.5 kW heater powers each cycle. An LCD display, automatic air and steam discharge, and over-temperature and over-pressure protection sit in a 470 by 450 by 1020 mm body weighing 63 kg. Automatic air removal lets steam reach all surfaces fast, while energy-saving standby mode cuts power draw between loads. Staff load instruments, glassware, surgical tools, and culture media in the baskets, set time and temperature, and leave the cycle to finish on its own. Other heat-resistant materials fit too. Hospitals and clinics use this vertical autoclave to turn around surgical instruments between procedures, while research laboratories sterilize glassware and media for culture work. Pharmaceutical plants process tools and components for clean production, and food processing units sterilize sampling tools and media. Its top-loading frame fits rooms with limited floor space. See the Vertical Pressure Steam Sterilizers and Vertical Pressure Steam Sterilizer pages for full specifications.



Capacity 35 L
Working Pressure 0.22MPa
Maximum Temperature Range 134°C
Working Temperature 0 to 134°C
Maximum Working Pressure 0.23MPa
Heat Average ≤±1°C
Timer 0 to 99 min
Power Consumption 1×2.5 KW
Chamber Dimension (ɸ×D) 318×450 mm
Overall Dimension (L×W×H) 470×450×1020 mm
Packing Dimension (L×W×H) 570×570×1180 mm
Net Weight 63 Kg
Gross Weight 84 Kg
  • Energy-Saving Standby Mode

  • Automatic Air & Steam Discharge

  • LCD Display

  • Dual Steel Baskets

  • Over-temperature & over-pressure auto protection

  • Vertical Pressure Steam Sterilizer EZL-VPS101 is used for disinfecting and sterilizing medical instruments, laboratory glassware, surgical tools, culture media, and other heat-resistant materials by utilizing high-pressure saturated steam. It is widely used in hospitals, clinics, research laboratories, pharmaceutical industries, and food processing units.