Thermal Cycler

Lab Expo Thermal Cyclers support precise DNA amplification with accurate temperature control, gradient functionality, and stable fluorescence detection for molecular analysis. Designed to operate as a thermocycler apparatus, they enable consistent thermal cycling, real-time monitoring, and precise signal capture. Touchscreen operation and PC connectivity allow efficient protocol management and data handling in research and diagnostic laboratory workflows.

Advanced Thermal Cycler Gradient Thermal Cycler Mini Thermal Cycler Real Time PCR Touch Thermal Cycler

FAQ for Thermal Cycler

1: What are Thermal Cyclers with fluorescence detection used for?

These thermal cyclers are primarily used in quantitative PCR (qPCR) and other real-time nucleic acid amplification applications, where they monitor fluorescence emitted during amplification to quantify DNA or RNA in real-time.

2: What is temperature gradient control in a Thermal Cycler?

Temperature gradient control allows the thermal block to maintain different temperatures across its rows or columns during the same run. This enables users to optimize annealing temperatures for multiple primers in a single experiment.

3: What are photomultiplier tubes (PMTs) in Thermal Cyclers used for?

PMTs are highly sensitive light detectors used in real-time PCR to measure fluorescence emitted by labelled probes or dyes during amplification. They convert low-intensity light into an electrical signal for analysis.

4: What connectivity options are available in this Thermal Cycler?

Modern Thermal Cycler offers USB, Ethernet, and Wi-Fi connectivity. These interfaces allow for data export, software updates, and remote monitoring or control.

5: What role does the high-performance LED play in Thermal Cyclers?

The integrated LED provides stable, uniform illumination for fluorescence excitation during real-time PCR, ensuring accurate and reproducible signal detection.