32x0.2mlx3 Gradient Thermal Cycler BTHC-109

• Molecular biology, Gene amplification, Gene Expression, Research, Development, Food Science, Pharmaceutical, Life Science, Animal Diagnostics, Analytical Laboratories

• 6 long service life Peltier heating units and form 3 circuits to control 3 temperature zones • Reinforced aluminum module with anodizing technology can keep rapid heating-conducting property and have enough corrosion resistance • High heating and cooling rate, max. Ramping rate 4.5 ?/s, can save your precious time • 3 blocks independently controlled and can run 3 different PCR programs simultaneously • Stepless adjustable hot lid with pressure-protection, fit tubes of different heights to avoid tube melt and evaporation • Windows interface, 8" (800x600, 16 colors) TFT color touch-screen with graphical display provides easy use for setting up and monitoring • Built-in 11 standard program file template, can quickly edit the required files • Folder management, user can build directory • The running program and left time can be displayed in real time , allow to edit file when program is running • One-click quick incubation function can meet experiment's needs such as denaturation, enzyme cutting/enzyme-link and ELISA • Internal flash memory for 10000 typical PCR files in free configurable folders • Hot lid temperature and hot lid work mode can be set to meet different experiment's need • Automatic restart after power failure. When power is restored it can continue to run unfinished program • GLP report records every step to provide accurate data support for experiment result analysis • User Login Management, three-tier permission, password protection function to ensure data security • Compatible with devices such as Mouse and Keyboard and capable to transfer data and perform software updates via USB Drive • Support USB and LAN to update software • One computer can control many sets of PCR via network connection • Min type Bluetooth printer as an option, easily record information • Support email-alert function when experiment is over