Gradient Thermal Cycler The M2-96G gradient thermal cycler provides precise temperature control and an intelligent user operating system to achieve rapid and specific amplification of target DNA fragments. With temperature gradient function, 12 groups of gradient can be realized at one time to optimize PCR protocol. It is widely used in molecular biology, microbiology, genetics, cell biology, food science and agronomy to carry out experimental research such as molecular cloning, gene expression analysis,genotype identification, sequencing, and pathogenic microorganism analysis. Product Features Intelligent and efficient linear gradient function 12 linear gradients in the same run allow to optimize the ideal annealing temperature. Temperature and time cycle can be incremented or decremented to realize different experiments like Touchdown PCR and Long PCR experiments. Data visualization for easy operation 7 inch touch screen enables intuitive and quick programming. Personalized account management system provides organized programs and unwanted changes. Fast ramping and precise temperature control Fast ramp rate of up to 6 °C/s to realize efficient PCR runs. Long-life Peltier elements for temperature accuracy and uniformity. Thoughtful multifunctional design Processes can be imported and synchronized via USB ports and achieve multi-machine collaborative work. Capable for PCR experiments and constant temperature incubation

Technical Specifications Sample Capacity Reaction volume Heating block Temperature control range of the block Gradient capability Gradient range Temperature accuracy Temperature Uniformity Max. heating and cooling rate Average heating and cooling rate Display Max. number of program cycles Max. number of program steps Inc/Dec temp input range Inc/Dec time input range Power-off protection Interface Dimensions (W×D×H) Weight Power supply ≤±0.35℃（After reaching a constant temperature of 95°C for 20s） 6.0℃/s；4.5℃/s 4.5℃/s；3.5℃/s 7 inch LCD touch screen 2000 99 Easy access to create a new protocol Personalized...