Conformal system for therapeutic beta or low-energy gamma radiation shielding

A conformal system for radiation shielding of tissue surrounding a human eye, comprising:

• a container made of a first material that defines a volume, where the volume provides a seal for containing a filler material, the container comprising a generally toroidal geometry;
• the filler material being provided within the volume defined by the container, the filler material comprising a second material different from the first material;
• both the first and second materials provide shielding against beta particle or low energy gamma radiation;
• and
• the container further defining an eye-shaped aperture through the generally toroidal geometry such that an object may pass through the eye-shaped aperture, while the container maintains its seal for the filler material, the eye-shaped aperture having a first perimeter that is equal to or greater than a second perimeter of the human eye, the container being configured to be positioned adjacent to and flexibly conform to an anatomy of an area of a human face surrounding the human eye, the generally toroidal geometry having a first width and second width, the first width being proximate to a corner of the eye-shaped aperture, the second width being proximate to a lower portion of the eye-shaped aperture, the first width being greater than the second width.