We help you transform your amazing Microfluidics idea into reality

Contract Manufacturing
Via a quality management system, we use proprietary technologies for the mass fabrication of silicone (PDMS), and thermoplastic parts for micro technologies.
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Prototype Fabrication
We offer reasonable pricing, and very quick turnaround to allow our clients experiment with as many design iterations as needed for a perfect solution.
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Design and Development
We help clients to conceptualize, improve, and validate microfluidic devices. When partnering with us, you will receive a prototype that exceeds your expectations.
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Clients use our services for:

Drug delivery devices

Controlled delivery of medicine to target organs

Droplet microfluidics

Generation of water-oil droplets

Nucleic acid amplification

Production of DNA via PCR or other methods

Point of care diagnostics

Sample-to-answer methods to detect antigens or antibodies

Selective methods for Fertility Aid

Sperm selection and isolation

Microarray applications

DNA chips, gene sequencing, parallel drug testing

Microparticle and microfiber synthesis

Plastic or hydrogel particle and fiber generation

C. elegans research

For fundamental biological research, and drug testing

Organ on a Chip

Controlled environment to grow cells aka organ-on-a-chip

Organoid synthesis/analysis

Organism models for stem cell application

Microfluidic cell sorting and counting

Sorting and counting cells using small scale physics in channels

Tumor cell capture

Isolating circulating tumor cells (CTCs) as potential determinants of cancer prognosis

Single-cell analysis

High throughput sequencing of individual cells

Gene Editing-CRISPR

Administration of gene-modifying reagents to single cells

Drug toxicity testing on cells

Controlled administration of candidate drug for toxicity monitoring

Regenerative medicine

Scaffolds for production of tissue from iPSC for in-vivo use

About uFluidix

Leader in Custom Microfluidics Fabrication

1155

Customers

6025

Projects

600000

Chips

Years

What our clients say

"We are happy about the two types of chips that uFluidix manufactured. The chips look like commercial products. It is very impressive when we present these models to our R&D group."
Ming-Qun Xu, Senior Scientist, New England Biolabs
"uFluidix is very responsive with our projects. They are concerned with our work and very supportive regarding improvements in our custom design microfluidic chips. Their product delivery is very fast, convenient and with high precision and quality. We even used their microfluidic chips as a calibration tool for our pressure measurements in microchannels."
Akin Koksal, CTO, Kaia Corp.
"It has been a pleasure ordering a microfluidic product from uFluidix. The company was very helpful in quickly setting out our design and fabricated the product in a timely manner, even given the very short lead time as it was a rush order. The product was delivered as promised and worked as planned. If our needs dictate, will definitely order from them again in the future."
Dr. Denis L. Rousseau, Professor & Chair Department of Physiology & Biophysics, Albert Einstein College of Medicine
"The chips from uFluidix were of very high quality. We had to do some modifications to fit within the footprint available, and they were very helpful and responsive with this. The team at uFluidix also worked really hard to get us our order in time to use facilities we had booked for a specific window."
Brian Miller, Managing Director, uFraction8
"I wanted to adopt the use of microfluidics customized for my organ cultures. I found uFluidix and together we came up with a design to suit my needs and I had them in my hands much earlier than I was anticipating! I would recommend their services and will use them again in the future!"
Professor Vidhya Munnamalai, PhD, The Jackson Laboratory
"uFluidix has been extremely helpful and timely regarding every aspect of their microfluidic chip fabrication service. They assisted us in designing our first microfluidic chip, and within less than a week we had a working version of it sitting in our lab!"
Zane Lindstrom, Biological Station, University of Montana