• Automated Reading and Fast Results • Multi-directional Alarm Prompt • Data Processing and Storage • Sterilization Information Traceability System • Quick Switch between Chinese and English Interfaces
| Power Supply Item | Power Requirements |
| Input | AC: 100~240V, 1.5A, 50/60Hz |
| Output | DC: 12V, 300mA~6000mA |
| Operating Temperature | 5°C~35°C |
| Operating Humidity (RH) | ≤95%(no condensation at>85%) |
| Operating Atmospheric Pressure | 700~1060 HPa |
| Operating Voltage | DC 12V |
| Operating Current | [max] DC 1.8A |
| Storage Temperature | -10°C~45°C |
| Storage Humidity (RH) | 10%~90% (non-condensing) |
| Overvoltage Category | Category II |
| Pollution Degree | 2 |
| Item | Parameters |
| Cultivation Time | ≤20/60 minutes /≤180 minutes |
| Dimensions (WDH) | 200mm×170mm×140mm |
| Net Weight | 1.2 kg |
| Gross Weight | 1.5 kg |
| Cultivation Holes | 4 |
| Screen Size | 5 inches-Touchscreen |
| Screen Resolution | 800×480 |
Cultivation Temperature | 58±2°C 37±2°C |
Temperature can be selected according to the indicator type | |
| Built-in Printer | Real-time printing of cultivation results |
Rapid Automatic Biological Reader-BIOPT1 MINI
▸Rapid Detection
Judgment of cultivation results within 20 minutes:
• 20-minute biological indicators
• 60-minute biological indicators
• 180-minute biological indicator
▸Data Processing and Storage
After cultivation, the cultivation results are automatically saved and can be easily viewed
on the device. Up to 10,000 cultivation result records can be stored. The data can be exported
through the USB port or Ethernet interfaceon the device for users to query, edit, and print
historicalrecords on other devices.
▸Sterilization Information Traceability System
During the sterilization process, relevant information such as biological indicators and operators
can be inputted. This information can be included in the saved final cultivation results and can
be queried, edited, and printed through the "Data Processingand Storage" function.
▸Visualization
Interaction is conducted via a touchscreen, supporting a visual user interface.
▸Multi-directional Alarm Prompt
Alarm prompts are provided through both beeping and on-screen display, allowing operators
to comprehensively understand real-time cultivation information.
▸Quick Switch between Chinese and English Interfaces
Both Simplified Chinese and English interfaces are developed, supporting quick switching
between the two interfaces.
The device is designed for constant temperature incubation monitoring of rapid biological indicators.
The fluorescence changes in the indicator can be read within 20/60/180 minutes for low-temperature
plasma sterilization with hydrogen peroxide, pressure steam sterilization, and low-temperature steam
formaldehyde sterilization, and within 180 minutes for ethylene oxide sterilization.
The final negative/positive culture results are automatically obtained.
RELATED DOCUMENT DOWNLOAD
BIOPT1 MINI Automatic Reader User Manual.pdf
|
◈ Product Performance Structure and Components This product consists of an upper shell, display module, upper shell, lower shell, embedded needle printer, scanning module, dust cover, and power adapter. ◈ Scope of Application This product is suitable for the rapid monitoring of the survival of Geobacillus stearothermophilus spores and Bacillus atrophaeus spores in rapid biological indicators monitoring the sterilization effects of low-temperature plasma sterilization, pressure steam sterilization, low-temperature steam formaldehyde sterilization, or ethylene oxide sterilization. ◈ Monitoring Principle The MINI Automatic Bio Reader is based on the biological indicators. It utilizes the reaction between the metabolites of Geobacillus stearothermophilus and Bacillus atrophaeus in the process of growth and reproduction with specific components of the culture medium. The reaction products can produce a fluorescent effect under ultraviolet irradiation. Fluorescence monitoring is performed using a photosensitive receiver sensor. Based on the strength of the detected fluorescence, the concentration of specific metabolites can be rapidly determined, thereby indicating the survival status of the spores. |
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