Fully Automatic Radiopharmaceutical Dispensing System
The Fully Automatic Radiopharmaceutical Dispensing System automates the dispensing and dilution of medical radionuclide solutions, replacing manual operations to minimize occupational radiation exposure. The system integrates automated vial handling, stopper and cap management, liquid dispensing, stoppering, capping, crimping, radioactivity measurement, visual inspection, labeling, and product discharge into a single, fully automated workflow. This ensures high-precision, contamination-free, and GMP-compliant production.

Key Features
①High-precision automated dispensing: High-performance peristaltic pumps driven by imported servo motors provide exceptional dispensing accuracy and stable production performance, enabling fully automated operation without manual intervention.
②Sterile robotic handling: Imported six-axis robotic arms deliver smooth, precise vial handling with zero vial drops and minimal contamination risk, ensuring full compliance with GMP aseptic manufacturing requirements.
③Hygienic, easy-to-clean design: The polished stainless-steel enclosure facilitates rapid cleaning, while the dispensing tubing features an automatic flushing function to minimize cross-contamination between batches.
④Integrated quality control: The system incorporates an automatic filter bubble-point test, visual inspection for particulate matter, and automatic in-vial labeling, providing comprehensive in-process quality assurance.
⑤Multi-format packaging compatibility: Compatible with vials, prefilled syringes, and other primary packaging formats, allowing flexible production of a wide range of radiopharmaceutical products.
⑥Intelligent process management: A configurable control system enables users to create, edit, and manage process parameters with ease. Comprehensive electronic data recording, audit trails, tamper-proof data management, and automatic report generation ensure full traceability and regulatory compliance.
⑦Precise radioactivity control: Combining automated radioactivity measurement with secondary calibration technology, the system dynamically compensates for radionuclide decay based on isotope half-life, achieving a radioactivity dispensing accuracy of ≤2%.
