Fluidigm is now Standard BioTools Inc.
Improving human health through innovative medicines is your mission.
Our mission is to provide you with the right, reliable products to solve your problems.
Introducing Standard BioTools™.
A company and a name that reflect our commitment to you, the researcher and inventor:
To unleash the power of essential, standardized tools that help the life science industry
develop breakthrough medicines faster and better.
NEW LAUNCH
X9™ Real-Time PCR System
More Data. Deeper Insights. Less Effort.
An innovative high-capacity genomics system for superior efficiency
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
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
Apr 24 - Apr 25
Location
SoCal Flow Summit (Southern California Flow Cytometry Association) in Irvine, CA
Apr 27
Location
MetroFlow in Tarrytown, NJ
CUSTOMER STORIES
Our customers rely on our groundbreaking technology to transform their insights into actionable data.
SEE THE RESULTSIntroducing the Hyperion+™ Imaging System
Advance efficiency with a simple stain-image-analyze workflow. Enable simultaneous phenotyping of 40-plus targets. Accelerate decisions from over 100 samples a week. A new standard for high-plex imaging.
Start moving faster
REIMAGINE CYTOMETRY
SEE THE NEXT EVOLUTIONHyperion Imaging System
Gain unprecedented single-cell insights into the intricate spatial relationships of cells, pathways and phenotypes in the tissue microenvironment in the context of disease.
96.96 Dynamic Array™ IFC for Gene Expression
One 96.96 Dynamic Array IFC for Gene Expression, which enables 9,216 reactions using 96 samples and assays. Kit contains: 1 IFCControl Line Fluid syringes and reagents sold separately.
Maxpar® Human Immuno-Oncology IMC Panel Kit
The Maxpar Human Immuno-Oncology IMC Panel Kit (201508) enables interrogation of the tumor microenvironment including activated tumor- infiltrating lymphocytes in FFPE tissue sections using 18-plex IMC. This panel kit includes 17 pathologist- verified antibodies and a nucleic acid stain. The kit combines the Maxpar Human Tumor-Infiltrating Lymphocytes IMC Panel Kit (201506), Maxpar Human Immune Activation IMC Panel Kit (201503), and Maxpar Human Tissue Architecture IMC Panel Kit (201507).
Maxpar® Direct™ Immune Profiling Assay™ 30 Marker—25 Tests
Cat. No. 201334 replaces Cat. No. 201325. The Maxpar® Direct™ Immune Profiling Assay™ is a dry 30-marker antibody panel designed and optimized for deep immune profiling of human peripheral whole blood and PBMC. The assay enables comprehensive identification and characterization of 37 immune cell populations.
Cell-ID™ 20-Plex Pd Barcoding Kit
The kit enables unique barcoding of 20 samples so they can be combined and subsequently stained and acquired as one multiplexed sample, followed by software debarcoding and individual sample analysis. Multiplexing samples improves data quality, since the 20 samples are stained, processed, and acquired as one sample, eliminating sample-specific staining and data collection variation.
DISCOVER THE POWER OF CRYSTAL-CLEAR INSIGHTS
1,000-PLUS Reasons to Trust Standard BioTools, formerly Fluidigm
Insights are all around us. Read our publications to see how we’re helping to bring validated scientific discovery to more people.
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Unless explicitly and expressly stated otherwise, all products are provided for Research Use Only, not for use in diagnostic procedures. Find more information here.