Abstract: The flexible light for skin therapy with adjustable attachment mechanism includes a circuit board to which the multiplicity of LEDs is attached to form one or more LED arrays. The use of a flexible circuit board allows the electronic components to conform to the shape of the user's body, but also able to be shipped and stored in a flat, space-saving configuration. The silica gel encapsulates the LEDs, and is transparent to the frequency of light emitted by the LEDs. The body of the device includes perforated edges. The perforated edges are created from a multiplicity of holes arranged in line to create a perforated strip. Repositionable camlocks, or locks that hold straps in position, interface with the holes. Each repositionable camlock preferably includes mushroom-shaped pins, the head of each mushroom-shaped pin passing through a hole in the perforated strip.