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
🔹AI-Powered Automation
Utilizes advanced artificial intelligence to automate colony counting and classification, significantly reducing manual labor and human error.
🔹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.
🔹One-Click Operation
Simple and intuitive, with no complex setup required, providing instant, regulation-compliant results with a single click.
🔹Modular Design
Core components are modular, allowing for easy customization and tailored development to suit various customer requirements.
🔹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
✔️ 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.
✔️ Increased Accuracy
The system ensures precise and reproducible results with minimal user error, even for complex or dense colonies.
✔️ 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.
✔️ 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.
