Development and creation of microfluidic chips for precise synthesis
Innovations in Microfluidic Technologies
Innovations in Microfluidic Technologies
Microfluidic chips: innovative solutions
We design microfluidic chips using computer simulation and CAD models. High production accuracy allows them to be used as platforms for precision synthesis.
Microfluidic chips: innovative solutions
We design microfluidic chips using computer simulation and CAD models. High production accuracy allows them to be used as platforms for precision synthesis.
Product Application
Microfluidic chips are widely used for the synthesis of lipid-containing nanoparticles.
In addition, such systems are implemented in chemical synthesis for the small and medium-scale chemical industry.
In addition, such systems are implemented in chemical synthesis for the small and medium-scale chemical industry.
Product Application
Microfluidic chips are widely used for the synthesis of lipid-containing nanoparticles.
In addition, such systems are implemented in chemical synthesis for the small and medium-scale chemical industry.
Microfluidic chips: an advanced approach in medicine
Our microfluidic chips are used to develop drug delivery systems capable of encapsulating a wide range of therapeutics, from small-molecule antibiotics to large mRNA strands.
The technology saves reagents hundreds of times, increases the speed and safety of processes, and also provides the highest accuracy and portability.
The technology saves reagents hundreds of times, increases the speed and safety of processes, and also provides the highest accuracy and portability.
Microfluidic chips: an advanced approach in medicine
Our microfluidic chips are used to develop drug delivery systems capable of encapsulating a wide range of therapeutics, from small-molecule antibiotics to large mRNA strands.
The technology saves reagents hundreds of times, increases the speed and safety of processes, and also provides the highest accuracy and portability.
The technology saves reagents hundreds of times, increases the speed and safety of processes, and also provides the highest accuracy and portability.
Contact our team of specialists and learn about the possibilities of microfluidic solutions for your projects.
Contact our team of specialists and learn about the possibilities of microfluidic solutions for your projects.
Full cycle of development of our microfluidic chips for you
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Computer modelingWe develop microfluidic chips using computer modeling, which ensures high accuracy and efficiency. - CAD-modelsWe create detailed CAD models for the production of microfluidic chips, which allows us to optimise their design and functionality.
- Passive mixingWe produce microfluidic chips with passive mixing areas to increase the monodispersity of nanoparticles and process efficiency.
- Leak testsEach microfluidic chip is leak tested to ensure reliability and stability.
- Application in laboratory researchOur microfluidic chips are used to synthesise lipid-containing nanoparticles used for drug delivery in vitro.
- Tailored approachWe design and produce turnkey microfluidic chips in a short time*.
Full cycle of development of our microfluidic chips for you
- Computer modelingWe develop microfluidic chips using computer modeling, which ensures high accuracy and efficiency.
- CAD-modelsWe create detailed CAD models for the production of microfluidic chips, which allows us to optimise their design and functionality.
- Passive mixingWe produce microfluidic chips with passive mixing areas to increase the monodispersity of nanoparticles and process efficiency.
- Leak testsEach microfluidic chip is leak tested to ensure reliability and stability.
- Application in laboratory researchOur microfluidic chips are used to synthesise lipid-containing nanoparticles used for drug delivery in vitro.
- Tailored approachWe design and produce turnkey microfluidic chips in a short time*.
Become a co-author of microfluidics development in Russia!
We are creating the microfluidic solutions of the future, but we cannot do it without your expertise. Tell us about the challanges you face daily in your lab and help us make these technologies more accessible.
This is the first step towards the solutions we will create together. Let it remind you that it is experts like you who push science forward!
This is the first step towards the solutions we will create together. Let it remind you that it is experts like you who push science forward!
Become a co-author of microfluidics development in Russia!
We are creating the microfluidic solutions of the future, but we cannot do it without your expertise. Tell us about the challanges you face daily in your lab and help us make these technologies more accessible.
As a token of our gratitude, we will give you a piece of our history — the first prototype of our microfluidic chip matrix, made into a keychain.
This is the first step towards the solutions we will create together. Let it remind you that it is experts like you who push science forward!
After completing the form with your contacts, you will receive a codeword to pick up your keychain at the "НАША ЛАБА". FIAN (Lebedev Physical Institute) stand.
As a token of our gratitude, we will give you a piece of our history — the first prototype of our microfluidic chip matrix, made into a keychain.
This is the first step towards the solutions we will create together. Let it remind you that it is experts like you who push science forward!
After completing the form with your contacts, you will receive a codeword to pick up your keychain at the "НАША ЛАБА". FIAN (Lebedev Physical Institute) stand.
Contact us for a custom offer
Find out how our innovative solutions can help you with your research and business goals
Contact us by email
contact@microfluidbiotech.ru
119234, Moscow, municipal district Ramenki, territory Leninskie Gory, building 1, structure 77
MicrofluidBioTech LLC
MicrofluidBioTech LLC
The project was implemented with the support of the Foundation for Assistance to Small Innovative Enterprises within the framework of the “Student Start-Up” program of the “University Technological Entrepreneurship Platform” event of the Federal Project “Technology”
*The development and production time depends on the complexity of the desired chip.
Privacy Policy
*The development and production time depends on the complexity of the desired chip.
Privacy Policy
Contact us by email
contact@microfluidbiotech.ru
contact@microfluidbiotech.ru
119234, Moscow, municipal district Ramenki, territory Leninskie Gory, building 1, structure 77
MicrofluidBioTech LLC
MicrofluidBioTech LLC
The project was implemented with the support of the Foundation for Assistance to Small Innovative Enterprises within the framework of the “Student Start-Up” program of the “University Technological Entrepreneurship Platform” event of the Federal Project “Technology”
*The development and production time depends on the complexity of the desired chip.
Privacy Policy
*The development and production time depends on the complexity of the desired chip.
Privacy Policy