ProFlex PCR System
Thermo Fisher Scientific • Fast ramp rate • 96-wellHigh-speed thermal cycler with 96-well block for rapid PCR workflows.
Conventional PCR systems for DNA amplification, thermal cycling, genetic workflows, molecular biology research, pathogen analysis, and laboratory amplification protocols.
Real-time PCR systems designed for gene expression analysis, quantitative detection, viral load testing, multiplex assays, molecular diagnostics, and fluorescence-based amplification monitoring.
Digital PCR platforms engineered for absolute quantification, rare mutation detection, liquid biopsy analysis, oncology workflows, copy number variation studies, and ultra-sensitive molecular measurement.
High-speed thermal cycler with 96-well block for rapid PCR workflows.
Flexible 6-block thermal cycler for high-throughput PCR and PCR optimization.
Compact, reliable thermal cycler for routine PCR and gradient optimization.
Modular thermal cycler with flexible block system for any PCR application.
Compact 96-well qPCR system with 5-channel multiplex and fast thermal ramping.
5-channel real-time PCR system with 96 and 384-well formats for gene expression, miRNA, and genotyping.
Bright white LED and BR optics for sensitive multiplex qPCR with 5-target detection.
High-throughput 384-well qPCR platform with HRM and endpoint genotyping capabilities.
Industry-standard ddPCR platform for absolute quantification of nucleic acids without standard curves.
Automated end-to-end ddPCR workflow with up to 96 samples in a single run.
Nanoplate-based dPCR platform with 5-channel multiplexing and 26k partitions per well.
Chip-based digital PCR dengan 20,000 partitions dan 4-color multiplexing untuk kuantifikasi absolut presisi tinggi.
Luminescence, fluorescence, and post-PCR molecular interpretation for integrated amplification workflows.
Explore GloMax
PCR systems operate as part of an integrated molecular workflow where amplification, quantification, validation, and interpretation must function with controlled precision.
Controlled preparation of biological samples prior to molecular processing.
Isolation of DNA and RNA for downstream amplification workflows.
Thermal cycling systems designed for stable and reproducible amplification.
Fluorescence-based monitoring for dynamic molecular measurement.
Absolute quantification and rare target analysis through digital partitioning.
Integrated analysis supporting clinical, research, and genomic workflows.
Molecular amplification technologies support critical workflows across diagnostics, genomics, environmental science, and advanced biological research.
Pathogen detection, viral screening, and routine molecular testing environments.
Rare mutation analysis, liquid biopsy workflows, and precision cancer profiling.
DNA amplification, sequencing preparation, and gene expression analysis.
Microbial detection and contamination analysis for controlled production systems.
Genetic identification workflows for crop and agricultural analysis.
Molecular monitoring systems for environmental and ecosystem evaluation.
PCR infrastructure requires stable environmental control to maintain amplification integrity, reproducibility, and analytical precision across molecular workflows.