Applied Biosystems Veriti 96-Well PCR Thermal Cycler with VeriFlex Temperature Control

The Applied Biosystems Veriti 96 Thermal Cycler is a benchtop PCR thermal cycler designed for high-precision molecular biology applications, including gene editing, molecular diagnostics, and bioprocessing workflows. Equipped with a 96-well block compatible with standard 0.2 mL tubes, it supports reaction volumes from 10 to 80 µL.

Key technical features include:

• VeriFlex blocks offering six independent temperature zones with up to a 25°C range (5°C zone-to-zone difference), allowing simultaneous gradient PCR, critical for optimizing assay conditions in synthetic biology and biomanufacturing research.
• A full-color touchscreen interface providing intuitive navigation for selecting pre-programmed assays or customizing PCR protocols, facilitating reproducible amplification results across diverse applications such as molecular cloning workflows and clinical diagnostics.
• Precise temperature control with accuracy of ±0.25°C in the range 35°C to 99.9°C and uniformity of less than 0.5°C within 20 seconds after reaching 95°C, ensuring consistent amplification performance.
• Fast thermal ramp rates with a maximum block ramp rate of 3.90°C/sec and maximum sample ramp rate of 3.35°C/sec, optimizing run times for high-throughput and time-sensitive biotechnological experiments.
• Integrated thermal range spectrum from 4°C to 99.9°C with a built-in melting temperature (Tm) calculator, assisting in defining optimal annealing conditions for PCR assays.
• Data export via USB port for streamlined reporting and transfer of methods, enhancing laboratory workflow efficiency in research environments.

The system operates on a standard 115 V, 50/60 Hz power supply, with compact dimensions (19" x 10" x 10") and weighing approximately 25 lbs, making it suitable for molecular biology laboratories focused on live-cell imaging, fluorescence analysis, and other advanced biotechnology research tasks.

This Veriti 96 Thermal Cycler is well-suited for applications in synthetic biology, biopharmaceutical production pipelines, and molecular diagnostics, providing reliable and reproducible thermal cycling essential for precise DNA amplification protocols.