Gradient Thermal Cycler ForeAmp-SN696 China Laboratory PCR machines Lab Equipment gradient thermocycler
 

Description:

ForeAmp Series Thermal Cyclers
1. Android OS and 10.1 inch capacitive touch screen. operation very smoothly easy to understand
The air channels are at the front and the rear, which allows the machines to be placed side by side.
Adaptive pressure heated lid makes closing and tightening the lid a one-step process.
It has a long-life Peltier heating device with a maximum heating rate of 8°C/s and a cycle time of more than 1,000,000.
With built-in Wi-Fi units, users can control many PCR units through a mobile app.

 
Feature

♦Running program and remaining time can be displayed in real time, allowing editing files while the program is running.
♦ One-button fast incubation function can meet the needs of experiments such as denaturation, enzyme digestion/enzyme linkage, ELISA, etc.
♦ High temperature and cold grid, the highest speed is 8℃/s, which can save your downtime.
♦ Adaptive pressure heating makes it cool and tightens in one step.
♦ Air channels are located at the front and rear and installed on the China side.
♦It is Android OS and 10.1 inch capacitive touch screen. It has a graphical navigation interface and is very easy to operate.
♦ Built-in 11 standard program file templates, which can be quickly edited
needed file.

 
Specification

Background

PCR (Polymerase Chain Reaction) uses DNA to become single-stranded when denatured at a high temperature of 95°C in vitro. At low temperature (often around 60°C), the primers and the single-strand are combined according to the principle of base complementary pairing, and then adjusted. The temperature reaches the optimum reaction temperature of DNA polymerase (about 72°C), and DNA polymerase synthesizes complementary strands along the direction of phosphate to five-carbon sugar (5'-3'). The PCR instrument based on polymerase is actually a temperature control device, which can be well controlled between the denaturation temperature, the renaturation temperature and the extension temperature.