Projects
Recent Projects
Radiant Fluidics is proud to be collaborating with leading institutions in the field of nuclear medicine. Our early deployments demonstrate how TACU is transforming radiopharmaceutical R&D through flexibility, safety, and innovation.
Separation
Copper-64
Copper-64 is a versatile isotope with applications in both PET imaging and targeted radiotherapy. At Radiant Fluidics, we developed and demonstrated an automated process using TACU to efficiently separate copper-64 from enriched nickel targets.
- Automated elution and separation within a shielded environment
- High nickel-64 recovery
- Reproducible yields
Separation
Terbium-155
Terbium-155 is a promising isotope for PET, SPECT imaging, and a novel Auger electron emitter. Radiant Fluidics has implemented a TACU-based separation process to efficiently purify Tb-155 from irradiated gadolinium targets.
- Automated workflow reduces handling of high-activity targets
- Modular cassette design customized for lanthanide separations
- Reproducible yields validated in real-world applications
Separation
Lanthanum-132/135
Lanthanum-132 and Lanthanum-135 form a true theranostic pair, with La-132 serving as a PET imaging isotope and La-135 as a beta-emitting therapeutic. This isotopically matched pair enables precise dosimetry and treatment planning in radiopharmaceutical research.
- Fully automated separation tailored for lanthanide chemistries
- Enables research on matched theranostic isotope pairs
- Demonstrated reproducibility
Have a process you want to automate
Contact us for support on cassette and process development