The synthetic cell design company
Synthetic cells tunable to match any target — on demand, at scale
Our game-changing synthetic cells erase the limitations of bio-based reference cells for diagnostics, adoptive cell therapy development and instrument calibration. Reduce costs, save time and commercialize faster.
The Slingshot Advantage
Level-up from solid-core beads
FlowCytes™ provide superior performance across all dimensions of optical, fluorescent, and biochemical properties than standard solid-core beads.
Customizable to any cell population–even rare diseases
Slingshot sets a new standard for reference control cell production. By quantitatively combining biomarkers to FlowCytes, even the rarest diseases can be accurately profiled.
Consistency that reduces your costs
Forget about expensive crossover studies to re-qualify your QC materials. Our manufacturing process eliminates the lot-to-lot variability of biomaterials and the QC/QA headaches that come with them.
Rapid, on-demand manufacturing that saves you time
Get what you need–fast. We can create your customized reference materials at high-throughput and at scale, in a matter of hours. That means you don’t have to spend time sourcing biological materials or creating cell banks.
Cold-chain shipping and storage are things of the past
FlowCytes are stable and have a multi-year shelf life. That means they don’t require cold-chains or other special logistics for shipping and storage–making them accessible to practically any customer on Earth (even traditionally underserved regions).
Technology at a Glance
Precision polymer-based synthetic cells that mimic real cells
FlowCytes are optically and biochemically complex synthetic cells that outperform solid-core beads for instrument and assay calibration. FlowCytes have a multi-year shelf life—eliminating the sourcing, consistency, and cost limitations of bio-based reference materials.
Working at Slingshot
Make ideas become reality while advancing human medicine and diagnostic care
We’re looking for scientists, technicians, developers, and engineers who are passionate and dedicated to making diagnostics and therapeutics more accessible. Sound like you? Join our team!