100L Automatic Vertical Autoclave ZXD-AV150-IV with LED display
Features:
- Features a heavy-duty, fully stainless steel internal and external
structure.
- Advanced LED interface provides at-a-glance monitoring of all
critical parameters.
- Automatic purging of non-condensable gases and spent steam improves
cycle quality.
- End-of-cycle beep and auto power-off enhance user convenience and
safety.
- Simple touch-button control panel requires minimal training to
operate.
- Includes two large-capacity stainless steel baskets for efficient
processing.
- Microprocessor-controlled system ensures precise, repeatable
sterilization.
- An essential tool for research institutes needing to sterilize
sensitive culture media and equipment.
Specification:
| Model | ZXD-AV150-IV |
| Chamber volume | 150L(φ510*740)mm |
| working pressure | 0.22MPa |
| Working temperature | 134℃ |
| Max working pressure | 0.23 Mpa |
| Heat average | ≤±1℃ |
| Timer | 0～99min or 0～99hour59min |
| Adjustment of temperature | 105～134℃ |
| Power | 6KW, AC220V/50Hz |
| Overall dimension | 670*690*1130(mm) |
| Transport dimension | 760*760*1270(mm) |
| G.W/N.W | 105Kg/85Kg |
Introduction about autoclave
The autoclave is a precision sterilization device that relies on
the physical properties of pressurized steam. By containing steam
within a sealed chamber under pressure (15-30 psi), it achieves
temperatures in the range of 121-134°C. This high-temperature moist
heat is rapidly lethal to all microorganisms, including viruses,
fungi, and bacterial spores, through protein denaturation.
The operational cycle is designed for maximum efficacy. It begins
with the critical step of air removal. It then holds the load at
the sterilizing temperature for a validated time period. Finally,
it exhausts the steam and dries the contents. This technology is
foundational in healthcare for reprocessing invasive devices, in
dentistry for infection control, and in laboratories for ensuring
experimental integrity and managing biohazards. It also serves in
industrial manufacturing.
The autoclave is the benchmark because it provides a non-toxic,
residue-free sterilization process. The condensing action of steam
releases latent heat directly onto surfaces, ensuring uniform and
efficient heating. This allows it to effectively sterilize complex
instruments with lumens, porous materials like gauze, and
prepackaged kits, which are challenging for many alternative
sterilization technologies.
