Modular Radioactive Particle Administration System

The system divides the single vial content into multiple administrable portions using a Y-type connection. The splitter divides the flow from one vial into multiple output lines, allowing precise dose administration to multiple locations without needing to empty the entire vial at once. Each location receives a controlled portion of the total activity.

A suspension bag acts as an intermediary between the vial and the administration lines. The suspension bag receives the radioactive suspension from the vial and distributes it through multiple output lines to different locations, enabling precise control and multi-location administration while maintaining accurate dosing.

The operator is extracted from the hazardous zone by implementing a remote operation capability. The system allows control of the administration process from a distance, removing the operator's hands and body from proximity to the radioactive material while maintaining full control over the administration process.

A remote operation mechanism serves as an intermediary between the operator and the radioactive suspension. This allows the operator to control the administration system without direct physical contact or close proximity to the radioactive material, minimizing radiation exposure while maintaining operational control.

The rotation mechanism is extracted from the vial itself and replaced with a stationary vial design. Instead of rotating the vial to achieve homogeneity, the system uses a separate suspension bag that can be agitated or mixed through other means, while the vial remains fixed and easier to handle.

Instead of rotating the vial to achieve mixing, the system inverts the approach by using a stationary vial connected to a suspension bag that can be mixed through alternative mechanisms. The homogenization function is separated from the vial rotation, allowing the vial to remain simple and the mixing to be achieved through other means.