Popular Applications
Trusted Worldwide
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Somerville, United States
09th July
Kuala Lumpur, Malaysia
14th - 16th July
Cambridge, United States
17th July
Friday 75th ACA
Annual Meeting
Chicago, United States
18th - 23rd July
BVS and Alexandria Real Estate's Scientific Expo
Rockville, United States
30th July
BVS and Alexandria Expo Gaithersburg
Gaithersburg, United States
31st July
Webinars
Precision at Scale: Automated Liquid Handling for Cutting-Edge Assay Development
Experience how Formulatrix’s fully automated liquid‑handling platforms accelerate high‑throughput assay development—delivering precision, effortless scalability, and significant reagent savings across a wide range of life‑science workflows.
Single-Step Automated Formulation of Recombinant Adeno-Associated Viruses and an α-Amylase Using the µPulse® - TFF System
Discover automated rAAV and protein purification with the µPulse – TFF system—engineered for speed, consistency, and scalability to streamline gene therapy and bioprocessing across diverse life science applications.
From Design to Data: End-to-End Automation with Formulatrix Protein Crystallization Solutions
Fully automated, end‑to‑end protein crystallization with real‑time AI scoring integrates screen design, drop setting, imaging, and hit selection into a seamless workflow that accelerates structural biology through high‑throughput, reproducible experiments.
Bridging Genomics and Proteomics: Interrogation of Prospective and Archived Samples for Population-Scale Biomarker Discovery
Learn about the future of personalized medicine with advanced proteomics and genomics, enabling precise biomarker discovery and more effective treatments through high-throughput, automated solutions.
Application Notes
Simplifying the Harvesting of HIV-Based Virus-Like Particles with
the µPulse® - TFF System
Discover how the µPulse miniaturized TFF system optimizes HIV-based VLP harvesting with faster processing, minimal manual handling, and walk-away operation while maintaining particle integrity and yield.
Generating High-Quality cDNA Libraries for Efficient Sequencing of T-cell Receptor mRNA from Single Cells
Learn how to miniaturize single-cell T-cell receptor mRNA sequencing by 10-fold using the Mantis precise liquid dispenser, achieving high-quality cDNA libraries comparable to bulk RNA.
AI-Powered Crystallization Experiment Scoring by Sherlock: Enhancing Efficiency, Accuracy, and Confidence in Experimental Outcomes
Discover how Sherlock, the advanced AI auto-scoring model integrated into Rock Maker, streamlines crystallization scoring by identifying crystals even in complex drops. With ~87% recall, Sherlock boosts consistency and reduces effort.
Automation of Cell Viability Assays Utilizing Microfluidic
Dispensing Technology
CellTiter-Glo assay faces clogging issues in automated platforms, the Tempest offers reliable and precise high throughput dispensing of cell viability assays, even for overnight runs and 1536-well plates.
News and Updates
Lab Automation and How It Can Expedite Liquid Handling
ELRIG interviewed Formulatrix’s Gerd Grosshauser to explore how advanced liquid-handling automation like the Mantis, Tempest, F.A.S.T., and FLO i8 PD enhances precision, flexibility, and throughput. These innovations accelerate PCR and NGS processes while reducing manual effort, consumables, and errors.
Single-Step Purification and Formulation of Antibody-Drug Conjugates Using
the µPulse® – TFF System
Learn how to streamline ADC purification and formulation in one step using the µPulse® - TFF system, a microfluidic-based solution that delivers faster, scalable results with minimal hold-up volume and automated, walk-away operation for lab-scale workflows.
Accelerating Research with Organoid Disease Models Using Automated Imaging
and Dispensing
Learn how to accelerate organoid research using automated hydrogel dispensing with Mantis® and live-cell imaging, enabling high-throughput screening, growth analysis, and quality assurance for disease models like intestinal and oesophageal tumor organoids with improved precision and reproducibility.