Abstract: An apparatus for biophotonic tissue treatments comprising a wearable light emitter device, suitable to be configured to be applied to a body portion to be submitted to treatment. The light emitter device comprising a closed chamber, light guides being formed at the inside in order to transfer a preset-frequency light radiation at pre-fixed treatment points of the device. The light guides are connected to at least an optical fibre that direct thereof the light generated by at least a light radiation source arranged in a control unit for controlling the emission of light radiation. The control unit is operated by an operation unit for managing the treatment and for monitoring its implementation thereof according to set up parameters. The light guides being formed during the same production process and with the same material as the light emitter device.

Abstract: Provided is a manifold attachment assembly for attachment to a cryogenic cylinder. The assembly includes a knuckle configured to be attached to the cryogenic cylinder and a manifold configured to be attached to the knuckle. The manifold has an upper surface, a lower surface configured to abut an upper surface of the knuckle, a plurality of gas passages extending through the manifold for aligning with a corresponding one of a plurality of gas passages in the knuckle, and a plurality of valve seats in the upper surface each in communication with one of the plurality of gas passages in the manifold. The assembly also includes a plurality of valves respectively secured to the manifold in one of the plurality of valve seats. The attachment assembly provides a modular assembly that reduces refurbishment and requalification time, reduces assembly labor, and simplifies servicing.

Abstract: Provided is a manifold attachment assembly for attachment to a cryogenic cylinder. The assembly includes a knuckle configured to be attached to the cryogenic cylinder and a manifold configured to be attached to the knuckle. The manifold has an upper surface, a lower surface configured to abut an upper surface of the knuckle, a plurality of gas passages extending through the manifold for aligning with a corresponding one of a plurality of gas passages in the knuckle, and a plurality of valve seats in the upper surface each in communication with one of the plurality of gas passages in the manifold. The assembly also includes a plurality of valves respectively secured to the manifold in one of the plurality of valve seats. The attachment assembly provides a modular assembly that reduces refurbishment and requalification time, reduces assembly labor, and simplifies servicing.