Abstract: An assembly lift fixture includes a body component, a hoist connector, and a pin structure. The body component includes an upper flange forming an upper opening and a bottom portion forming a recess configured to receive a protrusion of an assembly. The hoist connector is secured to the upper flange via a first fastener partially passing through the upper opening. The pin structure is configured to pass through the bottom portion of the body component and the protrusion of the assembly to secure the assembly to the assembly lift fixture.

Abstract: Embodiments of the disclosure relate to digital lithography systems and components thereof. Digital lithography systems may include a rotation assembly for an exposure unit, including a kinematic socket configured to support the exposure unit, the kinematic socket having a socket seat and a sphere received in the socket seat, wherein the socket seat is configured to support a load of the exposure unit during translational movement and the sphere is a pivot point for tip and tilt movement; and a motor configured to rotate the one or more exposure unit via the kinematic socket. The rotation assembly may provide a point of contact for the exposure unit together with two additional points of contact that stabilize movement of the exposure unit. Also disclosed are methods of preparation and use of such systems and components.