Nucleic Acid Extractor

Labtro Nucleic Acid Extractor provides efficient extraction of DNA and RNA from various biological samples. These are capable of processing multiple samples simultaneously for increased laboratory efficiency. Their closed system minimizes cross-contamination, ensuring reliable results. These are built-in extraction protocols, making it user-friendly interface. The extractor are ideal for molecular diagnostics, genetic research, and clinical applications.

  • Automated Nucleic Acid Extractor LT-ANE101

    • Sample Capacity: 24 or 96 samples per run
    • Configuration Options: Standard or high-volume setup
    • Well Volume: 2.2 mL (standard), 11 mL (large volume)
    • Sample Types: Blood, tissue, serum, cells, fluids, food, etc.
    • Extraction Method: Magnetic bead-based
  • Automated Nucleic Acid Extractor LT-ANE102

    • Sample Capacity: Up to 32 samples per run
    • Sample Volume: 200 μl per sample
    • Working Volume: Up to 1000 μl
    • Extraction Method: Magnetic bead-based purification
    • Recovery Rate: Greater than 99%
  • Nucleic Acid Extractor System LT-NAE302

    • Sample Throughput: 1 to 32
    • Processing Volume: 30 to 1000 μL
    • Magnetic Bead Residue: <1%
    • Applicable Consumables: 96-deep-well plates, 6-tube strips
    • Heating Temperature: Pyrolysis heating: room temperature to 120°C
      Elution heating: room temperature to 120°C

Frequently Asked Question

1. What is a Nucleic Acid Extractor?

A Nucleic Acid Extractor is a laboratory device designed to efficiently isolate DNA and RNA from various biological samples for research, diagnostic, and clinical purposes.

2. What types of samples can be processed?

Nucleic Acid Extractor can process a wide range of biological samples, including blood, tissue samples, buccal swabs, urine, plant and animal cells, and bacterial cultures.

3. Can it process multiple samples at once?

Yes, most Nucleic Acid Extractors are capable of processing multiple samples simultaneously, significantly improving laboratory throughput and efficiency.

4. How does the system prevent contamination?

The extractor uses a closed system design, which helps to minimize cross-contamination and ensures reliable and consistent results.

5. What are the main applications of a Nucleic Acid Extractor?

These systems are ideal for medical diagnostics, genetic research, and various clinical applications.