Many advanced processes depend on separating specific biomolecules from complex fluids with speed, accuracy, and reproducibility. Our magnetic nanoparticle platform can be tuned to capture and remove defined components with high selectivity, aiming to complement established purification steps and support consistent performance from development to manufacturing.
Modern bioprocessing and advanced therapy manufacturing often require multiple purification steps to reach quality targets. Each added step can increase time, cost, and variability. A targeted magnetic step offers the potential to focus on what matters most — capturing valuable components or removing defined impurities — while working alongside chromatography and filtration to improve control and simplify workflows.
The platform is being developed to bind specific molecules through application‑matched magnetic sorbents, then separate them rapidly with a controlled magnetic capture step. The intention is to deliver high selectivity, efficient handling, and straightforward scalability, so teams can add a modular, single‑use operation that fits into existing trains without overhauling the full process.
hemotune can provide the key building blocks required to implement magnetic separation in practice. This includes tailored sorbent concepts for the target of interest and the engineering needed for integration, control, and single‑use flow paths. The goal is a complete yet adaptable solution that supports validation, operations, and long‑term supply in alignment with partner requirements.
Select collaborations focus on programs where a magnetic step can add clear value. See how collaboration typically works.
