Advanced High-Temperature Sterilization Solutions


Release time:

2026-03-05

The high-temperature sterilizer utilizes saturated steam under pressure to achieve rapid and reliable microbial kill. It is widely employed in healthcare, research, and food-processing facilities. Standard chamber volumes are 18 L and 23 L; selectable sterilization cycles are 121 °C and 134 °C, capable of inactivating HIV, HBV, prions, BSE agents, and highly resistant bacterial spores. A built-in vacuum-drying system accelerates post-sterilization drying.

The high-temperature sterilizer utilizes saturated steam under pressure to achieve rapid and reliable microbial kill. It is widely employed in healthcare, research, and food-processing facilities. Standard chamber volumes are 18 L and 23 L; selectable sterilization cycles are 121 °C and 134 °C, capable of inactivating HIV, HBV, prions, BSE agents, and highly resistant bacterial spores. A built-in vacuum-drying system accelerates post-sterilization drying.

 

A dual-tank design separates clean and waste water: 3.5 L for fresh feed and 5 L for condensate. Steam-multi-point control technology shortens cycle time, while a fuzzy-logic algorithm maintains chamber temperature within ±0.5 °C. A wide-view color LCD offers multilingual operation and records every cycle automatically; an optional micro-printer can export data on demand.

 

Safety features include an electronically interlocked door, dual independent pressure-relief devices, and an automatic fault-diagnosis system. Routine maintenance requires periodic inspection of the steam trap, safety valve, and all seals; the feed pump must never run dry and its bearings should be lubricated on schedule.

 

Steam-Generation Multi-Point Control  

Multi-point control of steam generation sharply reduces pressure overshoot, stabilizes the sterilizing phase, and shortens the time required to reach sterilization conditions.

 

Fuzzy-Controlled Heating & Holding  

Advanced fuzzy-logic control keeps chamber-temperature deviation within ±0.5 °C for greater precision.

 

Automatic Logging of Cycle Start & End Times  

The upgraded control software automatically records both the start and finish times of every sterilization cycle.

 

Auto / Manual Temperature-Sensor Calibration  

Temperature-sensor parameters can be auto-tuned or manually adjusted to any value you choose.

 

Fully Adjustable Date & Time Module  

The date-and-time module can be freely set across a span of 100 years.

Color Touchscreen with Multiple Language Options  

Large swing-door design for easy loading and unloading  

Wide ventilation louvers for rapid heat dissipation  

 

Maintenance, Care & Troubleshooting  

1. Inspect the steam trap regularly to ensure condensate drains freely.  

2. Frequently check the safety valve, pressure gauge, and thermometer for proper function.  

3. If the feed pump shows significant leakage, repair it promptly; replace the mechanical seal if necessary.  

4. When used together with a homogenizer, the 3WR-1.5 high-pressure pump is recommended; follow its manual for maintenance.  

5. In regions where freezing may occur during winter shutdown, drain all water from the pipelines or fill them with a 1 % alkaline solution.  

6. Routinely examine pipe joints and cocks for tightness; air ingress accelerates fouling on pipe walls.  

7. When the equipment is idle, keep the steam valve open to facilitate future start-up.  

8. Clean and relubricate the motor bearings of the feed pump annually; add only enough oil to fill half the bearing housing.  

9. Never allow the feed pump to run dry.

Advanced High-Temperature Sterilization Solutions

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Advanced High-Temperature Sterilization Solutions

The high-temperature sterilizer utilizes saturated steam under pressure to achieve rapid and reliable microbial kill. It is widely employed in healthcare, research, and food-processing facilities. Standard chamber volumes are 18 L and 23 L; selectable sterilization cycles are 121 °C and 134 °C, capable of inactivating HIV, HBV, prions, BSE agents, and highly resistant bacterial spores. A built-in vacuum-drying system accelerates post-sterilization drying.

2026-03-05

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