Gradient Thermal Cycler PCR-TC96M

Gradient thermal cycler, an invaluable molecular-biology tool for optimizing annealing temperatures. 10.1'' HD touchscreen, 30–110 °C hot lid. Features: Extra-large touchscreen, graphical user interface, guided program setup. Value For You: A user experience as smooth as IPaid, reducing training costs and minimizing errors. An advanced multivariate coupling optimization algorithm monitors and adjusts multiple variables in real time, achieving superior temperature control accuracy. Value For You: Ensures experimental reproducibility, making every PCR result stable and reliable. Independently controlled, intelligently optimizing the heat exchange path to achieve a maximum heating rate of 5℃/S. Value For You: Significantly shortens the experimental cycle, improves equipment utilization, and helps you produce results faster. Wide gradient range (30–99℃) and span (1–42℃), with gradient temperature uniformity up to ±0.3℃. Value For You: Quickly find the optimal annealing temperature, or run up to 12 different primer pairs, saving significant time, reagents, and labor costs. Select the desired program, and the system will automatically refrigerate at 4℃ for 24 hours after the experiment. Value For You: Eliminates concerns about sample degradation, providing convenience for long-term experiments. Built-in large-capacity storage can save up to 10,000 sets of experimental procedures and data. Value For You: Convenient access to and review of historical data, facilitating experimental comparison and methodological summarization. Automatically applies appropriate pressure without manual adjustment. Hot Lid automatically shuts off heating when the set temperature drops below 30°C. Value For You: Prevents sample evaporation or module damage, and enhances convenience and safety. The side profile highlights the streamlined housing and compact benchtop footprint, allowing the gradient thermal cycler to fit efficiently into a variety of laboratory workspaces. The high-resolution touchscreen provides a clear interface for programming temperature profiles, setting cycling parameters, and monitoring the progress of PCR experiments. Ventilation openings, power connection, and external interfaces, highlighting the practical structure designed for stable operation and convenient laboratory setup. The densely arranged sample wells, providing secure positioning for PCR tubes or compatible plates and supporting consistent thermal contact during PCR cycling.