Microfluidic Technology Digital PCR System Droplet Generator
CHL-DG3

The digital PCR sample preparation instrument is equipped with a self-developed chip, which can quickly prepare and generate digital PCR samples. This product is a companion product in the digital PCR system and provides analytical samples for subsequent experiments on digital PCR. Various pathogen detection and genetic analysis for the purpose of detecting DNA or RNA.

Functions
This product is a desktop automatic digital PCR sample generator with fast injection, high precision and simple operation. It can produce highly monodisperse experimental samples according to the production speed of users. Small size, space saving, and efficient experimentation allow researchers to easily conduct research.

Repeat positioning accuracy >99.9%
Loading rate 100%
Loading accuracy 30±1nL
Sensitivity error <1%
Loading positioning error <0.3mm
Compatible with systems such as Window 03/07/10 and Mac
Software visualization, real-time dynamic display of sample loading

Applications
It can be used in many fields such as wrapped cells, cell structure, bacteria, parcel of cDNA, peptides, substance libraries, emulsified droplet digital PCR, etc. It can not only separate single cells by emulsified droplets but also perform digital PCR by emulsifying droplets. Used in conjunction with other instruments in digital PCR systems, such as cancer research, molecular pathology, immunology, stem cell research, preimplantation screening/diagnosis, cell diagnostics, microbiology and virology, and environmental ecology. Can be widely studied.

Human and animal research
Biomarker research (CNVs, SNVs)
In vitro fertilization-embryo preimplantation gene screening and diagnosis (PGS/PGD)
Genetically modified animal genotyping
Embryonic and stem cell single sperm, egg cell research, neuronal cells, etc.
Cancer research
Somatic genetic variation analysis
Tumor evolution and development
Cancer stem cell
Circulating tumor cells (CTCs)
Microbial research
Metagenomics research
Microbial genotyping