Applied Biosystems Veriti 384 Well Thermal Cycler with VeriFlex Gradient Blocks and Touchscreen Interface

The Applied Biosystems Veriti 384 Well Thermal Cycler is engineered for high-throughput molecular biology and biotechnology research, featuring a 384 x 0.02 mL well capacity optimized for PCR amplification and molecular diagnostics. Equipped with *VeriFlex blocks*, the system supports *six independent temperature zones*, enabling simultaneous multi-experiment processing with superior temperature precision compared to standard single-gradient cyclers—critical for assay optimization in synthetic biology and gene editing workflows.

Key technical specifications include:

• Sample ramp rate of ±3.1°C/sec and peak block ramp rate of 3.9°C/sec for efficient thermal cycling.
• Temperature accuracy of ±0.25°C between 35°C and 99.9°C, with uniformity under 0.5°C twenty seconds after reaching 95°C, ensuring reproducible PCR results essential in molecular cloning and biomanufacturing applications.
• Reaction volume flexibility ranging from 5 to 20 µL accommodates various polymerase chain reaction protocols, including FAST PCR and standard PCR methods to maximize throughput and productivity.
• A *6.5-inch VGA 32k color touchscreen interface* facilitates intuitive method setup with pre-programmed assay selection and customizable PCR method programming, enhancing usability in clinical diagnostics and bioprocessing labs.
• The integrated Tm calculator assists in approximating optimal annealing temperatures, streamlining assay design for fluorescence analysis and synthetic biology experiments.
• USB connectivity enables seamless data export for downstream analysis and reporting workflows, supporting integration into laboratory information management systems (LIMS).

Compactly designed (10 x 19 x 10 inches, 27 lbs) and powered by 115V 50/60Hz, this thermal cycler aligns with the demanding requirements of modern biotechnology research and development. The ABI Veriti 384 Thermal Cycler is widely adopted in molecular biology, genomic research, and biopharmaceutical production pipelines where precision thermal cycling and multiplex experimental capabilities significantly enhance throughput and reproducibility.