NEWTRY Gradient Thermal Cycler High Throughput 96-Well Gene Amplifier with 5-inch Full-Touch Screen for Biology, Academic Research and Clinical Diagnostics (PR-96E)

The PR-96E is a revolutionary gradient PCR machine. It weighs only 4.3 kg, fits any lab, from busy academic ones to biotech startups. Equipped with sensors and cooling chips, it offers ±0.1°C temperature uniformity on its 96 - well platform for reliable results. Its unique tech lets you customize lid temp and mode. The built - in gradient calculator simplifies annealing temp setup. With real - time displays, it helps monitor and adjust sample temps. The 5 - inch touchscreen has an elegant UI for easy file editing and curve viewing. For gene cloning, genetic data analysis, or diagnostic tests, the PR-96E's 96×0.2 ml capacity and features streamline workflows, boost accuracy, and speed up research.

• [Gradient Optimization Function] The system comes with a built-in gradient calculator that displays the gradient temperature distribution in real time. It helps obtain accurate annealing temperatures for optimizing PCR reaction conditions
• [Precise Temperature Control] The PR-96E features a built - in multi - channel refrigeration film and evenly - distributed sensors. This setup eradicates the edge effect, ensuring excellent temperature uniformity across the module.As a result, it enables precise program temperature control. Remarkably, the PR - 96E maintains ±0.25°C temperature uniformity, guaranteeing reliable results for demanding experiments
• [Flexible Thermal Lid] The elastic thermal lid opens and closes smoothly, accommodating test tubes of varying heights. It effectively prevents evaporation and ensures a tight seal
• [Sleek Design & Intuitive Operation] Featuring a new and unique appearance, this device has a compact size. The interface, operated via a 5-inch HD full-touch color screen, is simple and convenient, allowing for quick file editing
• [Versatile Applications] Boasting a 96 × 0.2 ml sample capacity, this PCR is ideal for a wide range of applications, including high-throughput research experiments, biological research, forensic identification, and agricultural studies