Microbial Identification System LT-MIS101

Microbial Identification System LT-MIS101

Labtro Microbial Identification System LT-MIS101 is an automated mass spectrometry platform designed for rapid identification of microorganisms using Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometry (MALDI-TOF MS). It analyzes characteristic microbial protein mass fingerprints and automatically compares the acquired spectrum with reference spectra stored in its microbial database to determine microorganism identity. The system can detect a single sample in as little as 6 seconds and process up to 96 samples within 10 minutes. Its clinical database covers bacteria, fungi, mycobacteria and filamentous fungi, while an independent research library supports rare and high-risk microorganisms. A 96 + 6 position target plate, automated quality control, automated chamber-door operation and sampling platform streamline routine workflow. The analyzer uses a 337 nm nitrogen laser, provides a mass range of 1–300 kDa, and incorporates mechanical and turbomolecular vacuum pumps for stable mass analysis.

Catalog

Qty:

$ 181,500.00

Specifications

Analytical Technology Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometry (MALDI-TOF MS)
Installation Type Floor-standing mass spectrometry system
Identification Principle Detection of microbial protein mass fingerprint (PMF) followed by software-based comparison with reference spectra in the microbial database
Primary Output Microbial protein fingerprint / mass spectrum
Identification Method Automated spectral acquisition, database matching and microorganism identification
Identification Scope Bacteria, fungi, mycobacteria and filamentous fungi
Clinical Database Includes clinically relevant bacteria, fungi, mycobacteria and filamentous fungi
Research Database Separate scientific-research library for rare and high-risk microorganisms
High-Risk Organism Database Includes database entries for organisms associated with plague, cholera, anthrax, typhoid and Brucella
Single Sample Detection Time As low as 6 seconds
Batch Identification Speed Up to 96 samples within 10 minutes
Sample Target Plate 96 + 6 position sample target plate
Quality Control Automated quality control supported
Sample Workflow Automated sample loading and mass-spectrum acquisition workflow
Door Operation Fully automated sealed-cabin door
Sampling Platform Automated sampling platform
Sample Processing Kits Multiple sample-processing kits available
Direct Positive Blood Culture Testing Supported
Direct Urine Testing Supported
Direct CSF Testing Supported
LIS Connectivity Supported
Target Plate Compatibility Compatible with other-brand test plates
Laser Type 337 nm nitrogen laser
Laser Focus Fixed focus
Maximum Laser Pulse Rate 60 Hz
Laser Control Software-controlled laser power and laser aiming
Analyzer Resolution ≥2000
Mass Range 1–300 kDa
Vacuum Generation Mechanical pump and turbomolecular pump
Data Processing Computer-based automated spectrum analysis
Database Matching Microbial fingerprint automatically searched and matched with standard reference spectra
Database Architecture Clinical and scientific-research libraries can be managed independently
Database Upgrade Expandable and upgradable microbial identification database
Instrument Control Computer-based control with integrated operational interface
Result Processing Automated identification and report generation
Computer Included (configured according to user requirements)
Display Monitor 23-inch LCD monitor
Communication Cable COM cable for host-computer communication
USB Interface Cable USB cable for host-computer communication
BNC Cable Included
Power Cables Three power lines for instrument, computer and monitor
Power Supply AC 100–240 V, 50/60 Hz
Dimensions 740 × 800 × 1390 mm
Net Weight Approx. 200 kg

Features

  • MALDI-TOF MS identification technology
    ↳ Generates characteristic protein mass fingerprints for rapid microbial identification

    Rapid single-sample analysis
    ↳ Detects individual microbial samples in as little as 6 seconds

    High-throughput processing
    ↳ Identifies up to 96 samples within 10 minutes under optimal conditions

    Extensive microbial identification coverage
    ↳ Supports bacteria, fungi, mycobacteria and filamentous fungi

    Clinical and research databases
    ↳ Provides independently managed libraries for routine clinical organisms and specialized research microorganisms

    96 + 6 position target plate
    ↳ Supports high-capacity sample preparation and automated quality-control positions

    Automated quality control
    ↳ Enhances consistency and reliability during routine microbial identification

    Automated chamber-door operation
    ↳ Provides safer and faster loading of prepared target plates

    Automated sampling platform
    ↳ Streamlines sample positioning and spectrum acquisition

    337 nm nitrogen laser
    ↳ Provides rapid MALDI ionization with a maximum pulse frequency of 60 Hz

    Software-controlled laser operation
    ↳ Enables control of laser power and aiming during spectrum acquisition

    Wide 1–300 kDa mass range
    ↳ Supports acquisition of characteristic microbial protein spectra

    Dual-pump vacuum system
    ↳ Combines mechanical and turbomolecular pumping for stable TOF mass analysis

    Direct specimen workflow support
    ↳ Supports direct testing workflows for positive blood cultures, urine and CSF with suitable preparation protocols

    LIS integration
    ↳ Supports transfer and management of identification results within laboratory information systems

    Expandable microbial database
    ↳ Supports continued database expansion and upgrades for clinical and research requirements

Application

  • Clinical Microbiology Laboratories → Rapid identification of bacteria, fungi, mycobacteria, and filamentous fungi from cultured clinical isolates
  • Hospital Laboratories → Supports fast microbial identification for clinical diagnostic workflows
  • Blood Culture Testing → Enables identification workflows from positive blood culture samples after suitable preparation
  • Urine Microbiology Testing → Supports direct microbial identification from prepared urine samples
  • CSF Microbiology Testing → Assists identification of microorganisms from prepared cerebrospinal fluid samples
  • Public Health Laboratories → Supports surveillance and identification of clinically significant and high-risk microorganisms
  • Food Microbiology Laboratories → Identifies microorganisms involved in food safety and quality-control testing
  • Veterinary Microbiology → Supports identification of microbial pathogens in animal-health laboratories
  • Research Laboratories → Provides microbial identification for microbiology, proteomics, and infectious-disease research
  • Environmental Laboratories → Identifies microorganisms from environmental monitoring and research samples
  • Disease Control Centers → Supports rapid identification and monitoring of infectious microbial agents
  • Customs and Quarantine Laboratories → Assists microbial identification during import/export inspection and quarantine testing

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