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Swift Scientific LLC
Swift Scientific LLC represents premium manufacturers of scientific laboratory equipment, reagents, and biologics. We specialize in matching unique research and development technologies with specific lab application requirements.
Outsource your sales representation to us. We will generate leads, qualify, offer technical presentations and/or demonstrations, and facilitate purchases.
Are you launching an innovative instrument and want to challenge existing methods and entrenched competitors? We can employ a missionary approach to identify best-fit organizations and labs. We will recruit beta sites or early adopters to lay the foundation for long term product success.
Where We Are
We offer representation in 9 states in the Northeast US, which include several Top 50 pharmaceutical companies and major academic medical research centers.
Product Lines We Represent
Micro-surgically dissected rodent tissues and essential media. Shipped fresh overnight, never frozen.
SEPMAG manufactures homogenous biomagnetic separation equipment. Its systems enhance the reproducibility of diagnostic kits eliminating assay variability, recover the maximum of beads and facilitate the validation process through a full scale up technology.
Research reagents in the field of innate immunity, with a focus on products relating to antimicrobial peptides, complement, acute phase proteins, TLR, LPS and microbial toxins. Assays, antibodies, proteins, and peptides.
Products for membrane protein applications that facilitate structure-based drug design, including expression, purification, and structure analysis. Active membrane proteins, nanodiscs, resins, and more.
SCREEN has commercialized a high-speed 3D cell culture scanner and cell morphology analysis system that both use our proprietary image processing technologies. The devices are able to perform high-speed measurement and analysis of the multiplication and morphological changes in cells without using a test reagent.
StemoniX is accelerating the discovery of new drugs by creating ready-to-use pre-clinical plates of biologically relevant human micro-organs. They currently are launching their microHeart and microBrain products and services to help find cures for cardiac and nervous system diseases as well as pandemics.
ExpressCells leverages proprietary gene-editing tools and the power of CRISPR to create custom, knock-in cell lines for drug discovery, toxicology, and other biologic research. Using our FAST-HDR plasmid vector system, we can reduce by as much as 75% the time required to knock up to 3 foreign genes into cell culture and deliver appropriately modified clones.
ROKIT manufactures the INVIVO 3D Bioprinter and associated bio-inks. This benchtop technology is capable of creating three-dimensional tissue structures in an environmentally controlled, sterile environment.
BioSpyder Technologies has developed a novel product for targeted sequencing called TempO-Seq®, a gene expression profiling tool designed to monitor hundreds to thousands of genes at once in high throughput. TempO-Seq can analyze expression in samples with thousands of cells or from single cells without pre-amplification, maximizing utilization of precious or limited samples.
3Helix commercializes labeled collagen hybridizing peptide (CHP) that specifically binds to such unfolded collagen chains, enabling unlimited laboratory applications in pathology, biomechanics, cell biology, regenerative medicine, and more.
Let's talk about what Swift Scientific LLC can do for you.
Need a quote or other information? Use our contact form to jot a quick note about your needs in the biotech market and we’ll schedule a meeting or video conference to talk it through.
Owen has been providing automation equipment and specialized consumable supplies to life science researchers in the Northeast US since 2005. His experience spans the drug development pipeline from discovery and basic research through to manufacturing. Owen has worked with some of the most prominent pharmaceutical companies and university medical centers to advance their research through better technology. He holds a bachelor’s degree from Bowdoin College and an MBA from the University of Connecticut.