Vertical Laboratory Autoclave Sterilizer High Pressure Fully Automatic Microcomputer
The Laboratory Autoclave with Vertical High Pressure and Fully Automatic Microcomputer Control provides substantial advantages, especially in environments that require high efficiency, precision, and user safety. Below is an explanation of these features and their benefits, expressed in a way that distinguishes from typical network content:
1. Laboratory Autoclave Vertical High Pressure:
- Space Optimization and Ease of Use: The Vertical High Pressure design is particularly beneficial for laboratories or medical facilities with limited floor space. This vertical orientation allows for a more compact footprint, making it easier to fit into tighter spaces while still accommodating a variety of sterilization loads. Additionally, the vertical chamber allows for easier access when loading and unloading materials, especially bulky or heavy items, as gravity naturally aids in the process.
- Effective Steam Penetration and Uniform Sterilization: The vertical setup ensures that steam is efficiently distributed throughout the chamber, which leads to uniform sterilization. As steam rises from the bottom, the chamber design encourages even pressure distribution, ensuring that all items, regardless of their position in the autoclave, are equally exposed to sterilizing conditions. This results in reliable sterilization, essential for achieving consistent, high-quality results.
- Higher Pressure Resistance: The Vertical High Pressure design provides a more robust structural integrity to withstand higher internal pressure levels. This feature is particularly useful for sterilizing materials or instruments that require high pressure for thorough decontamination, like certain glassware, laboratory tools, and diagnostic equipment.
- Quick Heat-up and Cooling: With the vertical pressure configuration, the autoclave can typically heat up and cool down faster than horizontal models. This enhances the efficiency of the sterilization process, reducing the waiting time between cycles and allowing for greater throughput in busy laboratory environments.
2. Laboratory Autoclave Fully Automatic Microcomputer Control:
- Precision and Consistency in Sterilization: The Fully Automatic Microcomputer Control system ensures that all sterilization parameters such as temperature, pressure, and cycle time are precisely regulated. The microcomputer automatically adjusts and monitors these settings, which guarantees that each sterilization cycle is executed with utmost accuracy. This reduces the risk of human error and enhances consistency, making it ideal for critical laboratory environments where reliability is paramount.
- Simplified Operation with Pre-Programmed Cycles: This system typically comes with pre-programmed cycles for different sterilization needs, which simplifies operation for laboratory staff. Rather than manually adjusting settings for each load, the operator can select a program based on the materials being sterilized, and the autoclave will automatically complete the process. This makes it ideal for labs that require frequent, repeatable sterilization with minimal input from the operator.
- Real-Time Monitoring and Feedback: The microcomputer system provides real-time monitoring of the sterilization process and displays important information on a digital interface. This enables laboratory staff to easily check the status of the cycle, including temperature, pressure, and elapsed time, without needing to manually monitor the machine. If any issues arise, the system can alert the user, allowing for immediate corrective action.
- Data Logging for Compliance and Quality Control: One of the key advantages of Fully Automatic Microcomputer Control is its ability to log data from each sterilization cycle. This automated record-keeping provides a detailed audit trail, including time, temperature, pressure, and cycle completion. This is vital for quality control, ensuring that sterilization standards are met, and is often a requirement for compliance with health and safety regulations.
- Enhanced Safety Features: The microcomputer control system typically incorporates advanced safety features, such as automatic door locking during high-pressure cycles, temperature regulation, and pressure release protocols. These mechanisms ensure the safety of both the operator and the items being sterilized, preventing over-pressurization or overheating, and minimizing the risk of accidents.
Laboratory Autoclave echnical Data:
| Model technical data | BT-35LD(automatic) | BT-50LD(automatic) | BT-75LD(automatic) | BT-100LD(automatic) |
| Chamber volume | 35L(φ318×450)mm | 50L(φ340×550)mm | 75L(φ400×600)mm | 100L(φ440×650)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 | 2.5Kw/AC220V.50Hz | 3Kw /AC220V.50Hz | 4.5KW AC220V.50Hz |
| Overall dimension | 480×460×850(mm) | 520×520×980(mm) | 560×560×980(mm) | 590×590×1080(mm) |
| Transport dimension | 570×550×970(mm) | 590×590×1110(mm) | 650×630×1150(mm) | 680×650×1220(mm) |
| G.W/N.W | 56Kg/ 42Kg | 68Kg/50Kg | 90Kg/70Kg | 105Kg/85Kg |
Laboratory Autoclave Characteristics:
Fully stainless high-alloy steel structure
Digital display of working status, touch of key
Auto discharge the cool air, and steam discharging automatically after sterilization
Automatically shut off with beep reminding after sterilization
With two stainless steel sterilizing baskets
Easy to operate, safe and reliable
