CYPRISⓇ HM-12
Sumitomo HM-12S cyclotron is a fixed-energy isochronous cyclotron, which accelerates
negatively charged hydrogen ions (H-) to 12 MeV and (D-) to 6MeV. The total extracted beam
current (target plus collimator currents) is 150 μA for proton beam and 40 μA for deuteron beam
respectively.
This cyclotron has a very high degree of automation incorporated into the system. It can be
equipped with up to 8 (eight) targets and various chemistry systems for labelling of the most
common radioisotopes used in Positron Emission Tomography (PET) systems.
CYPRIS HM-20
Sumitomo HM-20V cyclotron is a fixed-energy isochronous cyclotron, which accelerates negatively charged hydrogen ions (H-) to 20 MeV and (D-) to 10MeV. The total extracted beam current (target plus collimator currents) is 150 µA for proton beam and 50 µA for deuteron beam respectively.
This cyclotron has a very high degree of automation built into the system. It can be equipped with up to 8 (eight) targets and various chemistry systems for labelling of the most common radioisotopes used in Positron Emission Tomography (PET) systems.
| CHARACTERISTICS OF HM-20 | ||
| Particle | Proton | Deuteron |
| Energy | 20 MeV | 10MeV |
| No. of Targets | 8 | |
| Dimension(W)*(D)*(H) | 2.6m*1.7m*2.0m (S)4.5m*3.0m*2.7m |
CYPRISⓇ MP-30
- Proton: 15-30 MeV (Variable)
- Deuteron: 8-15 MeV (Variable)
- Alpha: 32 MeV