Parallel Droplet Generation

Automated system to enhance the efficiency of parallel droplet generation

High throughput

8 times more droplets

Outstanding monodispersity

Generate highly uniform in size and composition

Real-time monitoring

Benefit from the imaging system of our partner

Credit: FreudianCritz, CC BY-SA 4.0, via Wikimedia Commons
License: Attribution-ShareAlike 4.0 International (CC BY-SA 4.0)

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Features & benefits

Highlights

parallel droplet generation pack

If you are looking for a high throughput, the Parallel Droplet Generation pack will help you do just that to accelerate your discoveries. Also, the pack will allow you to maximize your productivity.

Enhance Your Research Efficiency with Elveflow’s Parallel Droplet Generation System

The beta pack will help you achieve better droplet production performance. Also, the pack will give you precise control and a versatile design to suit the system you want to use. In the same way, this system is ready to transform and automate the way you perform droplet generation experiments without wasting time manually setting annoying repetitions.

WHY USE elveflow?

KEY ADVANTAGES:

Parallelize droplet generation and multiply the throughput of your experiments for more experiments in less time. Also, this high-throughput capability opens up possibilities for high-speed screening, optimization studies and combinatorial chemistry.
Tailor your experiments to meet your specific research objectives with high and precise control over droplet size, composition and encapsulation. Moreover, the pack will allow you to optimize reaction conditions and explore diverse applications such as drug discovery, microencapsulation and biotechnological assays.
Seamlessly integrate the Elveflow system into your laboratory setup. Whether you work with microfluidic chips or other specialized platforms, the modular nature of this system ensures compatibility and scalability.
Whether you need W/O or O/W this pack is adjustable and can suit your requirements.

The potential of the Elveflow system is used in multiple fields from pharmaceuticals to biology to materials science. In addition, our pack can be easily adapted to perform experiments in any other field that requires droplet manipulation.

For example, this beta pack can help to parallelize the synthesis of alginate or hydrogel beads. Also, for more information you can check our page of Alginate beads generation pack.
fpr more info:

parallel droplet generation setup

We provide you with all the instruments that will help you experience the versatility and flexibility needed to adapt to your unique experiments. For example, one of the possible configurations is shown in the following setup:

Our pack includes:

OB1 FLOW CONTROLLER
Mcrofluidic Pressure Sensor MSR
Flow resistor
Several Falcon reservoirs
Kit starter pack Luer Lock with fittings and tubing
Microfluidic chip of your choice (MICRONIT PARALLEL DROPLET GENERATOR)
ESI Software
User guide

Our beta pack includes all the components needed to set up a controlled model, including pumps, controllers, and software. In addition, explore our OB1 and discover how it can transform your slot die coating experiments. For those reasons, take the first step towards revolutionizing your research and let Elveflow empower your scientific journey.

Contact our experts to answer any questions about this pack and how it can match your specifications!

Parallel droplet generation APPLICATIONS

In general, the beta package is of broad importance in industries and research sectors in biotech and medicine. For example, these applications in detail are:

Alginate and hydrogel beads: The beads are used as carriers for drug delivery encapsulation and single cell assays.
High-Throughput Screening: The pack enables the rapid screening of large libraries of compounds or biomolecules.
Microencapsulation: Parallel droplet generation is employed for encapsulating active ingredients or sensitive materials within microscale droplets.
Biotechnology: Also, the parallel droplet generation is utilized in biotechnology applications such as droplet-based DNA sequencing, digital PCR, protein crystallization, and single-cell analysis.

industrial sectors:

Materials Science: Parallel droplet generation is employed in materials science research for the synthesis of nanoparticles, colloidal particles, and microscale materials with specific properties. In adition, the pack enables precise control over particle size, composition, and morphology for the creation of materials for electronics, optics, energy storage, and catalysis.
Chemical Reactions and Synthesis: Parallel droplet generation facilitates combinatorial chemistry, reaction optimization, and parallel synthesis of diverse chemical compounds.
Emulsion Polymerization: Parallel droplet generation plays a vital role in emulsion polymerization processes.

Above all Elveflow beta pack will provide you with all the equipment you need for your system to be tested efficiently and accurately. Moreover, the high control of flow velocity, flow rate and flow pressure variables will help you to have the best control for your tests.

Credit: Cells with myelin figures and lipid droplets.
License: Attribution-NonCommercial 4.0 International (CC BY-NC 4.0)

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