Nucleic Acid Analyzer LT-NAA101

Nucleic Acid Analyzer LT-NAA101

Labtro Nucleic Acid Analyzer LT-NAA101 is a fully automated molecular diagnostic system designed for nucleic acid extraction, PCR amplification, hybridization, detection, and result analysis. It combines PCR with reverse dot blot hybridization to identify target genetic sequences using microfluidic chip technology. The analyzer incorporates six detection modules and accommodates up to 24 samples per run. Automated reagent handling minimizes manual intervention and eliminates the need for precise pipetting during operation. Integrated temperature control provides heating and cooling rates of at least 1.5°C/s for efficient amplification. The system requires approximately 5 minutes of hands-on preparation, with a total turnaround time of about 3.5 hours. It supports HPV genotyping and detection of Mycobacterium tuberculosis and associated resistance genes. An integrated image detection system evaluates hybridization signals for qualitative interpretation. 

Catalog

Qty:

$ 29,150.00

Specifications

Detection Principle PCR and Reverse Dot Blot Hybridization
Detection Modules 6 Modules
Sample Capacity Up to 24 Samples
Workflow Sample-to-Answer Automated Genotyping
Sample Preparation Automated
Nucleic Acid Extraction Automated DNA Extraction
PCR Amplification Automated
Hybridization Automated Reverse Hybridization
Detection Method Microfluidic Chip-Based Detection
Result Analysis Automatic Software Analysis
Result Reporting Automatic, Easy-to-Read Report
Hands-On Time Approximately 5 min
Total Turnaround Time Approximately 3.5 hrs
Heating Rate ≥1.5°C/s, from 50°C to 90°C
Cooling Rate ≥1.5°C/s, from 90°C to 50°C
Reagent Handling Automated Reagent Processing
Fluid Handling Microfluidic Chip with Integrated Micro-Pumps
Pneumatic Control Positive and Negative Pressure Control
Temperature Control Integrated Temperature Control System
Image Detection Integrated Image Detection System
Movement System 3D Movable Platform
Sample Loading Direct loading into designated sample position
Test Initiation Load sample and press start
Sample Type Exfoliated Cervical Epithelial Cells
HPV Detection 24 / 28 Genotype Panels
Additional Detection Mycobacterium tuberculosis and resistance genes
Electrical Requirement 230 V, 50 Hz
Rated Power 600 VA
Maximum Operating Altitude ≤2300 m
Dimensions 1000 × 610 × 690 ±10 mm
Weight 80 kg

Features

    • Six independent detection modules
    • Processes up to 24 samples per run
    • Fully automated sample-to-result workflow
    • Integrated DNA extraction and PCR amplification
    • Reverse dot blot hybridization detection
    • Microfluidic chip-based processing
    • Only about 5 minutes of hands-on preparation
    • Approximately 3.5-hour total turnaround
    • Automatic reagent dispensing
    • No precise manual pipetting required during automated processing
    • Integrated positive and negative pressure control
    • Rapid heating and cooling at ≥1.5°C/s
    • Integrated image detection and analysis
    • Automated 3D movement platform
    • Supports multiplex genotype detection
    • HPV 24-type genotyping
    • HPV 28-type genotyping
    • Mycobacterium tuberculosis detection
    • Associated resistance-gene detection
    • Image display system
    • Automated reagent system
    • Pneumatic gas-path system
    • Temperature-control system
    • Image-detection system
    • 3D movable platform
    • PCR amplification module
    • Microfluidic chip processing system

Optional Accessories

    • External Printer 
    • HPV 24-Genotyping Microfluidic Chip Kit
    • HPV 28-Genotyping Microfluidic Chip Kit

Application

  • HPV genotype screening
  • Molecular diagnostic laboratories
  • Cervical screening programs
  • Infectious disease testing
  • Mycobacterium tuberculosis detection
  • Drug-resistance gene detection
  • Clinical nucleic acid analysis
  • Molecular biology laboratories

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