Medical superconducting cyclotron mainly consists of ion source, magnet system, radio frequency system, extraction system, beam diagnostic system and auxiliary systems. The cyclotron employs superconducting technology, with a diameter of only 3 meters and weighing no more than 75 tons. It can produce 240 MeV beam energy with over hundreds of nano-ampere beam intensity, ensuring highly efficient dose delivery. The cyclotron, based on the physical properties of the “Bragg peak” of the proton, enables static spot scanning, achieving precise radiotherapy.

The Cyclotron is used for the production of radioactive isotopes, mainly comprises an ion source, magnets, radio frequency systems, targets, and beam monitoring systems.

The cyclotron extracts energy within the range of 14 MeV, with beam intensity of hundreds micro-amperes. It can produce radioactive isotopes such as 18F,11C,15O,13N etc. The cyclotron could evolve into a “drug delivery center”, catering to hospitals and research institutions' demands for radioactive isotopes.

The CIM-30 is a compact, variable-energy isochronous cyclotron designed for the efficient production of a wide range of medical radioisotopes. Utilizing axial injection and stripper foil extraction technologies, it delivers a high-intensity proton beam with current exceeding 400 μA.

With an adjustable energy range of 15 to 30 MeV, the CIM-30 supports the reliable production of commonly used isotopes such as ¹⁸F，⁶⁷Cu，²²⁵Ac，¹²⁴I，while also meeting the requirements for a broader spectrum of isotopes including ⁶⁸Ge，¹¹¹In，²⁰¹Tl，and ¹²³I.

Introduction: The CIM-30A is a compact isochronous cyclotron engineered for the production of alpha-emitting radioisotopes. Featuring axial injection and electrostatic deflection extraction, it delivers a stable 30 MeV alpha particle beam with current exceeding 50 eμA. This system is specifically optimized for the production of ²¹¹At (Astatine-211), a key isotope used in targeted α therapy.