75L Laboratory Vertical Autoclave CE Stainless Steel Vertical Autoclave
- All-stainless steel chamber and housing provide a hygienic, robust workspace.
- Bright LED display shows current cycle phase, temperature, and time remaining.
- Intelligent auto-exhaust function removes cool air and post-sterilization steam.
- Hands-off operation culminates in an audible alert and automatic shutoff.
- Touch-key interface allows for quick selection of preset sterilization programs.
- Includes two stainless steel wire baskets for organizing various items.
- Energy-conserving design reduces operating costs without compromising performance.
- Suitable for sterilizing a wide range of materials from glassware to textiles.
| Model | ZXD-AV75-IV |
| Chamber volume | 75L(φ400*600)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 | 4.5KW, AC220V/50Hz |
| Overall dimension | 560*560*980(mm) |
| Transport dimension | 650*630*1150(mm) |
| G.W/N.W | 90Kg/70Kg |

In professional environments where sterility is mandatory, the autoclave is the primary enabling technology. It is a high-pressure vessel that uses saturated steam as its sterilizing agent. By increasing chamber pressure, the temperature of the steam rises above 100°C, typically to 121°C or more.
This moist heat rapidly disrupts microbial life. The device follows a precise operational sequence: removal of air, introduction and holding of steam, and safe exhaust. Its applications are vast and essential. It is central to hospital sterile processing departments. It is required equipment in every modern dental practice. It is a daily-use tool in microbiology, cell culture, and molecular biology labs for sterilizing equipment and treating waste. Its use extends to manufacturing for curing composites.
The autoclave is considered the gold standard because it is a true sterilant, capable of destroying bacterial endospores, the benchmark for resistance. Steam's ability to condense on surfaces releases latent heat, ensuring efficient energy transfer and penetration into packaging, fabrics, and complex geometries. This combination of absolute efficacy and excellent penetration makes it the most versatile and trusted sterilization method for a wide array of materials.
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