Electric-Heated Vertical Hospital Sterilizer Drying Function Door Safety Lock System Steam Sterilizer
1. Hospital Sterilizer Electric-Heated Vertical:
- Energy Efficiency and Consistent Heating: The Electric-Heated Vertical design utilizes electric heating elements to rapidly and efficiently raise the temperature within the sterilization chamber. Electric heating tends to be more energy-efficient compared to traditional steam or gas heating methods, which translates into lower operational costs over time. Additionally, electric heating allows for better temperature control, ensuring consistent and uniform heat distribution across the entire chamber, which is vital for achieving thorough sterilization results.
- Vertical Chamber Design for Space Optimization: The vertical configuration of the chamber is a space-saving design that makes it ideal for hospitals with limited floor space. The upright design allows for easier vertical loading and unloading of instruments, which is often more ergonomic and efficient than horizontal models. Furthermore, the vertical orientation ensures that gravity aids in the efficient flow of air and steam, promoting even sterilization of the items inside, particularly when dealing with wrapped or stacked materials.
- Faster Cycle Times: Electric-heated systems tend to offer faster heat-up times compared to other types of heating methods. This means the sterilizer can reach the desired sterilization temperature more quickly, reducing the time it takes to complete cycles and allowing hospitals to process more instruments in a shorter period. This speed improves overall workflow efficiency, especially in busy medical environments where rapid sterilization is necessary.
2. Hospital Sterilizer Drying Function:
- Efficient Drying Post-Sterilization: After the sterilization cycle, the Drying Function ensures that instruments and materials are completely dry, preventing the buildup of moisture that can harbor bacteria and other pathogens. This is particularly important for surgical tools, which must be dry before use to avoid contamination. By incorporating a drying cycle, the sterilizer not only kills microorganisms but also ensures that sterilized instruments are ready for immediate use, reducing the need for additional drying time or handling.
- Prevents Recontamination: The drying function minimizes the risk of recontamination by preventing moisture from remaining on sterilized items, which could allow bacteria or other contaminants to re-enter the items after sterilization. This feature is especially important when sterilizing delicate materials like wrapped surgical instruments, which are vulnerable to cross-contamination from water droplets or moisture.
- Enhanced Workflow and Convenience: The drying process integrated into the sterilizer means that hospital staff do not need to manually dry instruments after sterilization, saving time and labor. This automation improves efficiency and helps ensure that the sterilization process is fully completed without the need for additional steps or delays.
3. Hospital Sterilizer Door Safety Lock System:
- Prevents Accidental Opening During Operation: The Door Safety Lock System is a crucial safety feature that ensures the door remains securely closed during the sterilization cycle. Because autoclaves and sterilizers operate under high pressure and temperature, the door is locked during the cycle to prevent accidental opening, which could cause dangerous releases of steam or hot air. This mechanism protects hospital staff from burns or other injuries that could occur from exposure to the intense heat and pressure inside the chamber.
- Automatic Unlocking After Cycle Completion: After the sterilization cycle is complete and the pressure and temperature inside the chamber return to safe levels, the Door Safety Lock System automatically unlocks the door, allowing hospital staff to safely open it. This automatic locking and unlocking system ensures that the sterilizer operates within safe parameters without requiring manual intervention from staff, reducing the likelihood of human error.
- Increased Operator Confidence: By preventing the door from being opened while the sterilizer is under pressure, the door safety lock provides peace of mind to operators, knowing that the equipment will not malfunction or present hazards during operation. This enhances overall confidence in the sterilizer’s reliability and safety, particularly in fast-paced hospital environments where mistakes can lead to significant risks.
Hospital Sterilizer Technical Parameter:
| Model technical data | BT-35HG | BT-50HG | BT-75HG | BT-100HG |
| Chamber volume | 35L(φ318×450)mm | 50L(φ340×550)mm | 75L(φ400×600)mm | 100L(φ440×650)mm |
| working pressure | 0.22MPa | 0.14MPa |
| Working temperature | 134℃ | 126℃ |
| Max working pressure | 0.23 Mpa | 0.165 Mpa |
| Heat average | ≤±1℃ |
| Timer | 0～99min or 0～99hour59 min |
| Adjustment of temperature | 0～134℃ | 0～126℃ |
| Power | 2.5KW/AC220V.50Hz | 3KW /AC220V.50Hz | 4.5KW /AC220V.50Hz |
| Overall dimension | 600×410×1030(mm) | 650×410×1140(mm) | 690×470×1140(mm) | 730×510×1270(mm) |
| Transport dimension | 730×500×1170(mm) | 730×500×1290(mm) | 760×550×1290(mm) | 820×600×1380(mm) |
| G.W/N.W | 96Kg/ 77Kg | 102Kg/ 83Kg | 120Kg/98Kg | 135/110Kg |
Hospital Sterilizer Characteristics:
1.Fully stainless steel structure
2.Hand wheel type of quick-open door structure
3.Door safety lock system
4.Automatically controlled by computer
5.Digital display of working status,touch of key
6.Over temperature&over pressure auto-protection
7.Steam-water inner circulation system:no steam discharge,and the environment for sterilizing will be clean and dry
8.Self-inflating type seal
9.Safe protection of water lacking
10.The drying system is optional,which can be equipped according to the customers' request
11.Automatically shut off with beep reminding after sterilization
12.With two stainless steel sterilizing baskets
