The AI-Powered Colony Counter & Antimicrobial Susceptibility Testing System provided by MtoZ Biolabs is an advanced device that utilizes high-resolution camera imaging and sophisticated software algorithms to automatically detect, count, and analyze colony positions and quantities in microbiological samples.
Product Features
1. AI-Powered Automation
Utilizes advanced artificial intelligence to automate colony counting and classification, significantly reducing manual labor and human error.
2. User Access Control and Audit Trail
Features tiered user permissions and an operation log to ensure data security, compliance, and traceability in pharmaceutical quality control.
3. One-Click Operation
Simple and intuitive, with no complex setup required, providing instant, regulation-compliant results with a single click.
4. Modular Design
Core components are modular, allowing for easy customization and tailored development to suit various customer requirements.
5. Data Management
Built-in software for automatic data collection, analysis, and reporting to ensure consistent and reproducible results.
Product Specifications
|
Camera Resolution |
5472 × 3648 |
|
Optical Resolution |
0.05 mm |
|
Lens Resolution |
>150 lp/mm |
|
Pixel Count |
20 MP |
|
Supported Formats |
55 mm contact plates, 90 mm standard Petri dishes, 96-well microplates |
|
Processing Speed |
<1 s |
|
Counting Accuracy |
±1, ≤50CFU >98%, 51-300CFU |
|
Antimicrobial Susceptibility Standards |
CLSI, EUCAST, ChiCAST |
|
Inoculation Modes |
Pour plate, spread plate, spiral plating, membrane filtration |
|
Data Output Formats |
JPG, PNG, BMP, TIFF, PDF, CSV |
|
Weight |
14 kg |
|
Dimensions |
314 mm × 400 mm × 495 mm |
Product Advantages
1. Enhanced Efficiency
AI-powered technology automates colony counting and antimicrobial susceptibility testing, dramatically reducing the time spent on manual analysis and allowing labs to handle larger volumes of samples more efficiently.
2. Increased Accuracy
The system ensures precise and reproducible results with minimal user error, even for complex or dense colonies.
3. Reduced Labor Costs
By automating time-consuming tasks, the system reduces the need for manual labor, leading to cost savings and more efficient lab operations.
4. Adaptable to Various Scenarios
The system is highly versatile, supporting various testing methods, such as membrane filtration, lid detection, and irregular colony shapes, making it ideal for diverse laboratory applications.
