Ga-68 Production Line Hot Cell Dispensing And Synthesis

Nuclear Radiation Protection
September 17, 2025
Category Connection: Nuclear Radiation Protection
Brief: Discover the Dual Synthesis Hot Cell with Galvanized Steel Panel and UV Ozone Disinfection, designed for FDG Production Line. This nuclear radiation protection system ensures complete isolation with a clean arc stainless steel inner cavity, meeting cGMP standards and radiation safety requirements. Perfect for positron radiopharmaceutical synthesis and nuclear medicine applications.
Related Product Features:
  • Dual Synthesis Hot Cell with 100mmPb lead shielding for FDG production line, ensuring maximum radiation protection.
  • Features a clean arc stainless steel inner cavity for biological cleanliness and compliance with cGMP standards.
  • Includes UV ozone disinfection and galvanized steel panel construction for enhanced durability and safety.
  • Equipped with a control area, working area, and auxiliary area for efficient operation and accessibility.
  • Meets stringent radiation safety standards with lead shielding options up to 75mmPb at the front.
  • Certified for nuclear safety and designed for positron radiopharmaceutical synthesis and gamma protection.
  • Comes with standard accessories like lighting system, UV lamp, ozone sterilization device, and power sockets.
  • Ideal for nuclear medicine facilities, laboratories, and environments requiring gamma radiation protection.
Faqs:
  • What is the lead shielding capacity of the Dual Synthesis Hot Cell?
    The Dual Synthesis Hot Cell offers lead shielding up to 75mmPb at the front, 60mmPb on the sides, and 50mmPb for target line shielding, ensuring comprehensive radiation protection.
  • Does the hot cell meet cGMP standards?
    Yes, the hot cell features a clean arc stainless steel inner cavity and meets Class C cleanliness level under cGMP standards, ensuring compliance with pharmaceutical environment requirements.
  • What are the applications of this Dual Synthesis Hot Cell?
    This hot cell is ideal for positron radiopharmaceutical synthesis, radioactive material storage, radiation-shielded work environments, and nuclear medicine research facilities.