The MCL3065 Semi-Automated Microbiological ID/AST Analysis System is a reliable, high-precision clin
ical microbiology solution.
It is designed for rapid microbial strain identification (ID) and antimicrobial susceptibility testing (AST / MIC analysis).
The system determines Minimum Inhibitory Concentration (MIC) values for pathogenic bacteria and fungi. It provides diagnostic data to support targeted antibiotic selection and antimicrobial resistance management.
Standard Workflow Procedure
1. Isolate Pathogenic Microbe Strain
Obtain pure bacterial or fungal colonies from primary culture media.
2. Prepare Bacterial Suspension via Turbidimeter
Prepare Bacterial Suspension with a Turbidimeter: Adjust bacterial suspension density to the 0.5 McFarland standard.
3. Inoculate Test Plate within 10–20s
Transfer the prepared suspension evenly into the 120-well test plate using the automated inoculation system.
4. Incubate at 37°C for 18–24 hours
Place the inoculated test panel in a laboratory incubator for microbial reaction.
5. Read & Analyze via MCL3065
Insert the panel into the optical reader. The software analyzes dual-wavelength colorimetric and turbidimetric signals.
6. Generate ID/AST Reports & Send Data to LIS
Generate diagnostic reports with CLSI breakpoint interpretations. Send results directly to the hospital LIS.
Why Hospitals Use
Hospitals, diagnostic centers, and clinics in emerging markets such as Africa and Southeast Asia choose MCL3065 for three key clinical and business benefits:
l Cost-Efficiency
Reduces initial investment and per-test consumable costs compared with fully automated track systems.
Helps laboratories achieve faster ROI while maintaining high diagnostic standards.
l Diagnostic Precision & AMS Compliance
Provides accurate MIC quantitative results.
Supports hospital Antimicrobial Stewardship (AMS) and Infection Prevention and Control (IPC) programs by reducing empirical drug misuse.
l Operational Flexibility & Low Maintenance
Eliminates complex fluidic tubing and high-failure mechanical parts.
Reduces downtime and provides a flexible solution for laboratories with different test volumes.
Key Clinical Applications
Target Institutions
l Mid-to-Small General Hospitals
For clinical pathology and microbiology laboratories that need reliable ID/AST testing.
l Independent Diagnostic Labs & Private Clinics
Commercial testing facilities seeking cost-effective operation and quick turnaround times.
l Primary Healthcare & Community Centers
Local medical facilities monitoring regional pathogen resistance patterns.
l Medical Schools & Research Institutes
Academic laboratories for clinical microbiology training and bacteriological research.
Clinical Scenarios
l Healthcare-Associated Infections (HAIs)
Surveillance and rapid isolation of multi-drug resistant strains (e.g., MRSA, ESBL, CRE).
l Inpatient & Outpatient Resistant Strain Screening
Precise MIC susceptibility profiling for blood, respiratory, urinary, and wound infections.
l Microbiology Teaching & Research
Hands-on academic training for microbial biochemical reactions and drug resistance mechanisms.
Product Features
l Four-in-One System Composition
Integrates pre-filled Test Boards, a Drug Resistance Database, a photoelectric Test System, and an intelligent clinical Expert System.
l Extensive Detection Scope
Profiles over 300 microbial species, including Non-fermenters, Streptococcus, Enterococcus, Staphylococcus, Fungi/Candida, and Enterobacteriaceae.
l Comprehensive Drug Testing
Evaluates quantitative MIC values for over 60 commonly used and reserve antibiotics.
Provides international shipping support, including:
l Air and sea cold-chain shipping
l Customs clearance support
l Export services for Africa, Southeast Asia, and Latin America
3. Reliable After-Sales & Technical Support
l Remote engineer support
l Installation help
l User training
l Technical advice
Frequently Asked Questions (FAQ)
Q1: What is the main difference between this semi-automated system (MCL3065) and a fully automated ID/AST analyzer?
Both systems perform microbial identification and antimicrobial susceptibility testing. They differ in automation, cost, mechanical design, and long-term operation.
This comparison helps you choose the right system for your laboratory.
Comparison Dimension
MCL3065 Semi-Automated System
Fully Automated ID/AST Analyzer
Inoculation & Incubation
Manual / Assisted: Operator manually prepares suspension, inoculates plates (assisted in 10-20s), and places plates into a standard incubator.
Fully Automated: Built-in robotic fluidics and onboard incubators handle dispensing and incubation automatically.
Reading & Interpretation
Automated: Optical scanning, colorimetric/turbidimetric reading, CLSI algorithm analysis, and LIS reporting are 100% automated.
Automated: Continuous optical scanning and automated data transmission to LIS.
Initial Equipment Cost (CAPEX)
High Cost-Efficiency: Requires significantly lower upfront investment (ideal for small-to-mid-sized budgets).
High Capital Expenditure: Equipment prices typically range from $30,000 to $60,000+.
Maintenance & Downtime Risk
Low Risk & Simple Maintenance: Solid-state optics with no internal fluidic pumps or tubing; minimal risk of mechanical breakdown.
Higher Maintenance Overhead: Complex microfluidics, robotic arms, and pumps require frequent calibration and costly service contracts.
Target Laboratory Profile
Mid-to-Small Hospitals, Private Diagnostic Labs, & Emerging Market Clinics: Laboratories seeking high precision with optimized ROI.
High-Volume Tertiary Hospitals & Reference Labs: Large centralized facilities processing hundreds of clinical samples daily.
Q2. What are the storage requirements and shelf life for the test plates and reagents?
Test plates and reagents should be stored under standard refrigeration at 2°C–8°C. They feature a typical shelf life of 12 months.
Q3. What level of regular maintenance or calibration does the MCL3065 require?
The MCL3065 uses solid-state optics and has no internal fluidic pumps. This design requires minimal routine maintenance.
Basic maintenance includes cleaning the optical plate chamber and lens. Periodic optical calibration should be performed by operators using the standard reference panel supplied with the equipment.
Request a Customized Quote & Technical Consultation
Ready to Upgrade Your Microbiology Laboratory?
Streamline pathogen identification and drug sensitivity testing with the MCL3065 system.
Contact MECANMED for technical datasheets, reagent price lists, and a package quotation for your facility.
