35L Class B Desktop Pulse Vacuum Autoclave With Drying And Printer
- Standard Class B certified with triple vacuum and drying cycles, achieving less than 0.2% residual moisture on instruments.
- Features an intuitive LCD display with touch keys for real-time monitoring and control.
- Achieves deep vacuum of -0.8bar for complete sterilization of packaged, unpackaged, porous, and hollow instruments.
- Fully computer-controlled with a modular interface for simplified operation and programming.
- Equipped with a built-in Bowie & D-i-c-k test port to validate steam penetration efficiency.
- Includes a fast, independent steam generator and integrated vacuum test function for system verification.
- Comes with a built-in mini printer for automated documentation of sterilization parameters.
- Comprehensive safety systems include door locks, overload protection, and alarms.
- Effectively inactivates HIV, HBV, prions (BSE), and bacterial spores.
| Model | ZXDA-T35B1 |
| Chamber Volume | 35Liters |
| Max working temperature | 134℃±1℃ |
| Max working pressure | 0.22mpa |
| Adjusted sterilizing temperature range | 55℃~134℃ |
| Adjusted timer range | 1~99mins |
| Adjusted drying time range | 1~99mins |
| Vacuum limit | -0.08mpa |
| Hot Average | ≤2℃ |
| Power supply | AC220V/50HZ |
| Dimension | 730*550*510 mm |
| Transport dimension | 810*680*650 mm |
| Gross/Net Weight | 115/93 kg |
An autoclave is a pressurized chamber designed for sterilization using saturated steam. The fundamental principle leverages the fact that moist heat is more efficient at killing microbes than dry heat. By increasing pressure, the boiling point of water is elevated, allowing steam to reach temperatures like 121°C. This heat denatures proteins within all microorganisms.
The operational sequence is critical: air must be removed to allow steam contact; the load must be held at temperature for sufficient time; and finally, pressure must be safely released. This device is indispensable in hospitals for instrument reprocessing, in dental clinics for infection control, and in research labs for maintaining aseptic conditions. It is also the method of choice for treating many types of regulated medical waste. Industrially, it is used for curing composites and growing crystals.
The autoclave is favored over alternatives because it is a true sterilant, capable of destroying spores. It processes wrapped items effectively, leaves no chemical residue, and operates on a cycle that can be precisely validated and monitored, providing a high degree of sterility assurance for a wide variety of materials.
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