PCR System 

Labtro PCR System provides precise amplification of DNA and RNA with advanced thermal cycling. With rapid temperature changes, it enhances reaction efficiency, accommodating various sample volumes. These systems ensure reliable results and are useful in molecular biology, clinical diagnostics, and genetic applications. Our PCR System Fluorescence Quantitative PCR System, PCR Machine, Real Time PCR System.

  • Fluorescence Quantitative PCR System LT-FQP401

    Fluorescence Quantitative PCR System LT-FQP401
    • Sample Capacity: 16×0.2 ml (2×8 well, double block)
    • Consumable: Clear 0.2 ml PCR tube/ 8-tube strips
    • Reaction Volume: 10 to 100 µl
    • Excitation Wavelength: 460 to 550 nm
    • Emission Wavelength: F1: 520 to 540 nm
    Catalog
  • Real Time PCR Machine LT-RPM501

    Real Time PCR Machine LT-RPM501
    • Tube capacity: 48×0.2ml
    • Sample volume: 20 to 120ul
    • Apply consumables: 0.2ml PCR tube. 8×0.2ml PCR tube
    • Temperature control range: 4 to 100°C
    • Temperature accuracy: ≤0.1°C
    Catalog
  • PCR Microplate Machine LT-PM401

    PCR Microplate Machine LT-PM401
    • PCR reaction plate: PCR reaction plate without skirt, half skirt, full skirt, Elisa plate
    • Sealer film: PCR sealer film (pressure-sensitive type)
    • Running times: 1 to 9999
    • Rolling position: 44621
    • Dimension (L×W×H): 362×178×291 mm
    Catalog

Frequently Asked Question

1. What is a PCR System?

A PCR System is a laboratory instrument designed to amplify DNA and RNA using advanced thermal cycling. It helps produce large quantities of specific DNA or RNA segments for analysis.

2. What types of samples can this PCR System handle?

This PCR System accommodates various sample volumes, making it suitable for both small and large DNA/RNA samples from sources like blood, tissue, saliva, and other biological materials.

3. What are the key features of this PCR System?

The key features of this PCR System include advanced thermal cycling for precise temperature control, rapid temperature changes for enhanced reaction efficiency, and the ability to handle various sample volumes.

4. How does the PCR System handle various sample volumes?

Most system can adapt to different sample sizes by offering flexible sample volume options, ensuring accurate amplification for both small and large-scale samples, depending on the user’s requirements.

5. What are the applications of a PCR System?

PCR system is widely used in molecular biology, clinical diagnostics, and genetic applications.