Monodisperse droplet generator: On-chip Droplet Generator

On-chip Droplet Generator allows mass production of micrometer-sized water-in-oil (W/O) emulsion droplets and gel microdrops (GMDs) with a unique microfluidic chip. The individual droplets function asminiaturized vessels for reactions such as microbial/cell cultivation and genetic analysis. Droplet technology is now recognized as a prominent high-throughput screening method allowing single cell analysis or simultaneous assay of more than 1million samples.

Cat. No.	Dimensions (WxDxH)	Specification	Unit	Price	Quantity
DG01456877-01	270x270x280 mm	Generation rate: Approx. 100,000 droplets/3min (for generation of 100μm droplets)	EA	Inquiry

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Product Description

Features

• Generation of stable droplets
On-chip Droplet Generator allows production of stable and monodisperse droplets.
• Easy adjustment of droplet size
Droplet size can be easily adjusted between 60µm and 120µm in diameter by regulating the pressure applied to the sample and oil reservoirs.
• Real-time monitoring of droplet generation
Droplet size can be viewed and monitored real-time with the supplied monitoring device.

Specifications

Specifications		On-chip Droplet Generator Monitoring unit with temperature control
Main unit	Size	270x270x280mm (WxDxH)
	Liquid delivery pressure	7-80kPa
	Maximum liquid delivery line	3 lines (sample, oil, other reagents)
	Droplet size generated	Diameter 60-120μm (can be adjusted discretionally)
	Generation rate	Approx. 100,000 droplets/3min (for generation of 100μm droplets)
	Regulation	Laptop PC (Windows 10)
	Power input	AC 100-240V, 50/60Hz
	Power consumption	1.2A typ (ACIN 100V)
Monitoring unit	Size of monitoring unit	215x310x430mm (WxDxH)
	Accessories	Monitor camera, Peltier unit, Controller
	Temperature range	-5°C-70°C
	Ambient environment	Temperature 5-40°C, humidity≤85%RH
	Power input	DC24V
	Power consumption	6.5A max

Applications

Application Description

• Exploration of novel microorganisms
Encapsulation, cultivation and isolation of a variety of microorganisms including soil microorganisms, intestinal microbiota and marine microorganisms.
• Development of highly productive strains
Detection and separation of enzymes and metabolites secreted in droplets.
• Screening of antibody-producing cells
Development of stable and productive antibody forming cell lines.