Microfluidics
MICROFLUIDICS. MEGA INSIGHTS.
Get big answers with micro-sized technology
Microfluidics technology empowers you to easily create the approach that’s right for you, so you can find the answers you are looking for and even what you didn’t know was there.
Simplifying your workflow through nanoscale automation maximizes efficiency and provides the flexibility to scale your projects with increased data output. This allows you to adjust your experimental plan to match your needs and your interests with microfluidics-based PCR and NGS library preparation.
Welcome to the power of micro.
NEW FEATURED INSTRUMENT
X9™ High-Throughput Genomics System
More Data. Deeper Insights. Less Effort.
An innovative high-capacity genomics system for superior efficiency
Miniaturization
Our integrated fluidic circuits (IFCs) have reduced reaction volumes, meaning you use less of your precious samples and reagents.
Scalability
Scalable sample and target options allow from 144 to 9,216 individual reactions per run without the need to change platforms.
Flexibility
Precision-manufactured IFCs support different configurations of samples and assays for a broad range of applications and the ability to quickly modify or add to an assay.
Automation
Automated, streamlined workflows provide the added benefits of time savings, ease of use and standardization.
Download this comprehensive brochure to learn more about our microfluidics instruments, consumables, major application areas and PRO Services.
APPLICATIONS
VIDEOS
Microfluidics Workflow
Learn how enabling a microfluidics-based genomics technology can streamline your lab.
Why Microfluidics?
Learn how your lab can benefit from all the advantages of a genomics-based microfluidics solution.
IFC Loading
See the Nanoflex™ valves at work and take a look at how an IFC automatically distributes and mixes samples and assays in nanoliter volumes, using less sample and less reagent, reducing cost and maximizing output.
HOW IT WORKS
Every Standard BioTools™ IFC contains a network of fluid lines, chambers and Nanoflex valves, rubber membranes that deflect under pressure to pinch off the flow of fluids in a microchannel. The movement, mixing and reactions of samples and reagents are controlled within the chambers of the IFC using microscopic gates, resulting in a closed system that eliminates many individual pipetting steps and has low contamination risk with high reliability. Samples and assays are loaded separately and then combined in a pairwise manner to create unique individual reactions.
WORKFLOW
Design
Easy-to-configure complex panels mean fewer design iterations and more time saved. Our D3™ Assay Design Group can also assist you in creating custom assay panels.
Conserve
About 2 µL of sample can be used for 384 targets, resulting in more than 9,000 reactions and helping you to conserve your precious materials.
Customize
Thousands of nanoliter-scale inlets help your sample go hundreds of times further than with a 96-well plate. Scale throughput without changing technologies, and add, remove or replace assays on demand.
Analyze
Analyze your results with intuitive software.
WEbinars
The PCR Advantage: How the Biomark HD System Enhances the TruGraf Gene Expression Test for Kidney Rejection
In this webinar, Juston Weems, PhD, Director of Research and Development for Transplant Genomics, and Standard BioTools will present recently published data on how moving the TruGraf® test to the Biomark HD platform improved specimen collection, assay speed and accuracy, and dramatically improved the sensitivity of the test.
What Can Microfluidics Do for You? Nanoscale Automation of Genomics Workflows Now All on One Platform: Biomark X
In this webinar, David King, SVP and Head of Genomics R&D for Standard BioTools, discusses how our newest real-time PCR microfluidics platform simplifies genomic workflows through nanoscale automation to maximize efficiency and cost savings.
Webinar: Genomics Workflows and Applications for the New Standard BioTools Biomark X
In this webinar, Luke Stewart, Director, Field Applications, discusses how liquid-handling robotics can be used in Dynamic Array™ workflows, reviews published real-world application examples and includes Dynamic Array performance data on Biomark X™.
The Standard BioTools Become an Expert: SPARK E-Seminar Series
Register now for this free E-Seminar Series, presented by the Standard BioTools team of scientists. In sessions lasting less than 20 minutes you will learn from our experts and hear how microfluidics technology is being applied around the world to spark breakthroughs in multiple applications.
Events
Join us for one of our upcoming events or watch on demand.
Mar 28 - Mar 30
Location
Forum Labo in Paris, France
Mar 28 - Mar 30
Location
EACR/OECI (European Association for Cancer Research/Organisation of European Cancer Institutes) Molecular Pathology Approach to Cancer in Bergamo, Italy
Mar 28 - Mar 29
Location
Immuno UK in London, UK
Mar 28
Virtual
Scientist in the Spotlight | Toward identifying immune dysfunction signatures in myelodysplastic neoplasms
Apr 04 - Apr 05
Location
SIG (The Genetics Society) Seed Plant Research Meeting 2023 in Durham, England
Apr 14 - Apr 19
Location
AACR (American Association for Cancer Research) in Orlando, FL
Apr 16 - Apr 18
Location
CIB (CROP Innovation & Business) in Amsterdam, Netherlands
Apr 19 - Apr 21
Location
SIC 2023 | XVII Congress of the Iberian Society of Cytometry in Madrid, Spain
Apr 20 - Apr 22
Location
35th Tumor Genetic Workshop 2023 in Rostock, Germany
Apr 20 - Apr 23
Location
DGfI TIMO XVI (German Society for Immunology) in Halle, Germany
Get big answers with micro-sized technology.
View the summaries of the latest microfluidics publications, and learn how customers are making a difference in their labs.
resources
Flyers and brochures
Contact us
Interested in Standard BioTools microfluidics products or need a quote? Contact our sales team for product orders or quotes.
Unless explicitly and expressly stated otherwise, all products are provided for Research Use Only, not for use in diagnostic procedures. Find more information here.