ForeAmp-SN695 PCR Machine Lab fast gradient PCR machines DNA PCR Thermal Cycler
 

Description:

ForeAmp series thermal cycler has

1.Good temperature accuracy and uniformity: The patented composite cooling system combining liquid cooling and air cooling improves temperature accuracy and uniformity;

2.No edge effect: The patented module design can effectively prevent the evaporation of the edge hole, and the experiment repeatability and accuracy are better;

3. Space saving: The special instrument structure and air inlet and outlet design can be stacked and accessed horizontally at close range, saving space;

4. Reduce non-specific amplification: During the heating process of the hot lid, the reaction module is turned on at a low temperature of 8 °C to reduce non-specific amplification;

5. Easy to operate: The interface is simple and easy to operate, the instrument presets the common reaction temperature, and the reaction program is easy to edit.

 
Feature
 

♦Built- in11standardprogramfiletemplate,canquicklyedit

therequiredfiles .

♦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

♦ Hotlidtemperatureandhotlidworkmodecanbesetto meetdifferentexperiment’sneed .

♦ Automaticrestartafterpowerfailure.Whenpoweris restoreditcancontinuetorununfinishedprogram .

♦ SupportUSBtostoreandcopyPCRdata,usercancontrol PCRbyUSBmouse .

 
Specification

 
 
Applications:
 

1.Gene amplification for research and clinical use

2.Qualitative PCR gene amplification

3.Fluorescent/Enzyme-Free Endpoint Quantitative DNA Gene Amplification

4.Gene amplification for other gene analysis applications such as microarrays

5.Suitable for various PCR kits at home and abroad for infectious diseases (various hepatitis viruses, Mycobacterium tuberculosis, STD sexually transmitted diseases, prenatal and postnatal care, mycoplasma, chlamydia, parasites, etc.), tumors (P53, Helicobacter pylori, etc.), scientific research (Genetic identification, bacterial virus typing, etc.)