WOP delivers prototyping and production services for droplet-based microfluidics. Also, custom-made microfluidic devices.
Droplet-based microfluidics is an emerging technology, successfully used at both academic and industrial levels.
Droplet-based microfluidics manipulates discrete volumes of fluids in a precise and reliable manner and provides essential tools to miniaturize and automatize assays.
The advantages of using droplet microfluidics over continuous flow systems are:
We provide prototyping and production services for droplet-based microfluidics. Also, custom-made microfluidic devices.
Our clients usually come with already developed chip designs.
We can work with your provided designs or develop a prototype together.
Microfluidic chip price depends on the microfluidic device design, the material chosen, and the number of chips ordered.
For example, a typical single-layer glass chip will cost from 50 € per chip, ordering 100 units and will take two weeks to deliver.
If engineering services are needed, a price is calculated separately.
Droplet-based microfluidic systems are compatible with many chemical and biological reagents. Also, perform a variety of operations that can be rendered programmable and reconfigurable.
The droplet sizes are adjustable and can be reduced to dimensions comparable to those of individual cells.
The droplet microfluidics application field is broad. It covers molecular biology, microorganism studies, microparticle synthesis, drug discovery & development, etc.
Glass, silicon, or polymer can be used for droplet-based microfluidic chip production. Every material has its advantages and disadvantages; thus, the choice depends on the application, type of solvents, design, and budget.
Rapid prototyping services to test your idea in an actual environment.
Small to medium scale production services from 1 unit. All materials.
Tailor-made laser systems designed for your specific applications.
Custom design glass, silicon, polymers (PDMS) microfluidic chips and devices manufacturing from 1 unit. Rapid…
Prototyping and production of custom-made microfluidic-based point of care devices.
Prototyping and production of custom-made microfluidics for single-cell analysis or other applications.
Prototyping and production of custom-made microfluidics for your applications.