Formulatrix® develops precision automation and software solutions that enable reproducible and high-throughput experimental workflows across the life sciences. Our technologies are engineered to support complex applications in structural biology, genomics, proteomics, and bioprocessing by improving accuracy, consistency, and data integrity.
From protein crystallization and sample processing to advanced liquid handling and automated cell culture, Formulatrix instruments are designed to minimize variability and human error while maximizing throughput and experimental reliability.
Liquid Handling Applications
Automate all your NGS workflows, even at low volumes, including library normalization, PCR cleanup, pooling, fragmentation, end repair ligation, adapter ligation, and indexing.
Transfer delicate cells, organoids, spheroids, and beads without harming the homogeneity of suspensions for high-throughput assays and single-cell workflows for genome, exome, transcriptome, and proteome analysis.
Automate PCR workflows at miniaturized volumes. Streamline the pre-PCR steps of serial dilutions, transferring samples, master mix, and primers, as well as post-PCR cleanup with magnetic beads.
Sterile and contamination-free transfer of cells, enzymes, and viscous and volatile compounds for high-throughput assays using built-in serial dilutions and picklist features for compound management.
Nucleic Acid Workflows
Speed up your nucleic acid extraction, recombination, and synthesis while avoiding cross-contamination and ensuring precision for high throughput screens.
Proteomics
Automate critical steps of proteomics workflows in proximity extension assays—such as Olink—allowing researchers to streamline processes, improve reproducibility, and accelerate discoveries.
Efficiently process lipid nanoparticles, liposomes, and polymeric nanoparticles for drug delivery and therapeutic efficacy
Optimize the protein preparative workflow, enabling fast and gentle processes, including concentration, formulation, desalting, and refolding
Ensure gentle and efficient removal of small unconjugated molecules from a variety of crude biomolecular labeling reactions
Simplify in vitro synthesis of RNA, and linear or plasmid DNA, by efficient concentration and buffer exchange using our user-friendly system
Streamline the fast harvesting of cells, extracellular vesicles, enzymes, and Virus-Like Particles (VLPs) while ensuring high product yields and quality
Gently concentrate and exchange buffers for Adeno-associated Virus Vectors (AAVs), bacteriophages, and lentiviruses, preserving their structure for effective applications
Optimize the formulation of DNA, RNA, and polysaccharide vaccines for optimal, stable, and cost-efficient results
Automated Protein Crystallization
Learn More about Automated Protein Crystallization
