All-in-one Droplet Microfluidic Analysis System
                Equipment Introduction
OMNldrop System is an all-in-one droplet microfluidic analysis system that integrates a variety of droplet manipulation technologies and aims to fulfill methodology development needs in a wide range of basic life science research by using microdroplet technology. With its innovation and multi-functionality, OMNldrop System has demonstrated great potential for applications in the fields of drug discovery, strain screening, single-cell omics, and quantification of low-abundance molecules.
Specification
| Droplet generation | 3 pressure control channels for single/dual-phase aqueous droplet generation | 
| Droplet generation speed | 100~5,000 droplets/second; milions of droplet generation in 10 minutes | 
| Droplet generation chip | 30/50/90 μm diameters droplet generation chips | 
| Sampling tubes | Compatible with 200 μL,1.5 mL,5 mL,15 mL tubes | 
| Multi-functional | All-solid-state laser with 488 nm, 405 nm, 561 nm, 635 nm | 
| Detection channels | Standard dual-fluorescence detection channels FITC,PE,other options available | 
| Analyzing speed | 100~1,500 droplets/s | 
| Sorting speed | 100~1,000 droplets/s | 
| Sorting purity | ≥95 %, can accurately sort target droplets with 1 in 10,000 content | 
| Sorting chip | Disposable closed-type sorting chip, no need for pipeline cleaning and maintenance, to ensure no pollution and reduce instrument maintenance costs | 
| Sorting data review | Automatically generate droplet images corresponding to the 96-well plate, and can view the corresponding peaks, fluorescence values to ensure the accuracy of sorting | 
| Sorting mode | EP tube continuous collection, 96-well plate single-cell sorting | 
| Analyzing data | Automatic counting of positive and negative droplets for absolute quantification (absolute copy number) | 
| Detection methods | Fluorescence signal detection, including magnetic bead method, reporter cell method, nucleic acid probe method, protein fluorescence sensor method, FRET method and so on |