Abstract: A system and method for non-invasively and continuously measuring an intraocular pressure, includes a wearable device designed to be worn by a user and forms an air chamber between the wearable device and the eyes of the user. The wearable device includes flexible materials to seal the air chamber around eye cavities of the user and further includes imaging sensors for collecting 2D and 3D data of the user's eyes; a pressure controller to modify an air pressure inside the air chamber with an air pump, wherein the pressure controller can be either embedded on the wearable device or is connected to the wearable device through a flexible pressure pipe; and a central controller for constructing a model of the user's eyes using 3D imaging techniques based on the collected 2D and 3D data and output intraocular pressure calculations based on the model.

Abstract: A device for the spherical orientation of an optical element is provided comprising a support structure, the optical element having an optically useful surface adapted to interact with an incident light beam, a mechanism mounted on support structure and capable of rotating the optical element in space around a first and second rotation axis perpendicular to each other. The mechanism comprises a first rotating assembly around the first rotation axis and a second rotating assembly around the second rotation axis, which first rotating assembly has a through cavity defined around the first rotation axis, the through cavity being adapted to be crossed by the light beam and facing the optical element. The mechanism comprises at least a first electromagnetic actuator arranged to rotate the first rotating assembly and at least a second electromagnetic actuator arranged to rotate the second rotating assembly.