Thermal Cycler.
PCR and Real-Time PCR systems for amplifying, detecting, and quantifying specific DNA and RNA sequences — essential for molecular diagnostics and genomics research.
Ensure precise temperature uniformity across every well with our advanced gradient thermal cyclers. These durable machines are engineered for reliable, high-yield DNA amplification in modern genomic laboratories.
Infectious Disease Diagnostics
Detecting viral and bacterial pathogens including SARS-CoV-2, TB, dengue, and influenza in patient samples.
Gene Expression Analysis
Quantifying mRNA levels to study gene regulation, disease mechanisms, and treatment responses.
Food Pathogen Detection
Screening food products for Salmonella, Listeria, E. coli, and other foodborne pathogens.
Veterinary & Agricultural Genomics
Disease screening in livestock and GMO detection in crops and seeds.
- Block Format (96-well / 384-well)
- Ramp Rate (°C/sec)
- Temperature Uniformity
- Fluorescence Channels
- Multiplexing Capability
What is a Thermal Cycler used for?
PCR and Real-Time PCR systems for amplifying, detecting, and quantifying specific DNA and RNA sequences — essential for molecular diagnostics and genomics research.
What are the core applications of a Thermal Cycler?
Core applications include Infectious Disease Diagnostics, Gene Expression Analysis, Food Pathogen Detection, Veterinary & Agricultural Genomics.
What are the key specifications to consider when selecting a Thermal Cycler?
Key parameters include block format (96-well / 384-well), ramp rate (°c/sec), temperature uniformity, fluorescence channels.
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