500L Horizontal Cylindrical Autoclave HCPS-A500
Features:
- Implements gravity exchange to exhaust cold air thoroughly, a key
factor for dependable sterilization outcomes.
- Automated control optimizes the cycle by adjusting steam based on
real-time chamber temperature readings.
- Serves clinics, labs, and institutes in sterilizing instruments,
glassware, fabrics, and biological media.
- Integrated drying function provides added utility for drying
sterilized medical dressings and labware.
- Safety valve automatically opens at 0.24 MPa to vent excess steam
and maintain safe pressure levels.
- Comprehensive safeguards include over-temperature/over-pressure
cut-offs and low-water auto-shutdown with alarm.
- Pressure-sensitive door lock ensures it remains closed above 0.027
MPa and verifies seal before startup.
- The sterilization chamber is made entirely of stainless steel for
resilience and easy cleaning.
Specifications
| Technical data | HCPS-A500 |
| Chamber volume | 500L |
| Chamber size | Φ700*1300mm |
| Working pressure | 0.22MPa |
| Working temperature | 134℃ |
| Adjustment of temperature | 105℃ - 134℃ |
| Sterilization time | 0-60 min |
| Drying time | 0-60 min |
| Heat average | ≤±2℃ |
| Power | 18KW,380V/50Hz |
| Dimensions | 1800*900*1820 |
| Packing size | 1850*1050*2100 |
| G.W/N.W(Kg) | 580/470 |
Introduction about autoclave
The autoclave represents a critical engineering solution for
sterilization challenges. It is a sealed vessel that produces
saturated steam by heating water under pressure, allowing
temperatures to exceed the normal boiling point of water. At
settings like 121°C, this moist heat is rapidly fatal to
microorganisms. The sterilization cycle is meticulously controlled.
It starts with air removal via vacuum or gravity displacement. The
load is then held at the target temperature and pressure. Finally,
pressure is released, and items are dried.
This technology is applied in numerous fields. Hospitals and
surgical centers use it extensively. Dental clinics consider it
essential. Research and quality control labs use it daily. It is
also a key component in bio-safety for waste decontamination.
Additionally, it finds use in materials engineering. The primary
advantage of autoclaving is its comprehensive microbial kill. It is
effective against all pathogens, including prions (with extended
cycles), which are not reliably inactivated by many other methods.
Its ability to safely and reliably process wrapped, lumened, and
porous items makes it the most versatile and trusted sterilization
modality available.
