Abstract: A device for visualizing an irido-corneal angle of an eye through a window of a patient interface configured to be placed on the eye includes and optics structure and at least one imaging apparatus. The optics structure is configured to engage with the patient interface to provide a line of sight through the window in the direction of the irido-corneal angle, and to subsequently disengage from the patient interface. The imaging apparatus is associated with the optics structure and aligned with the line of sight to enable capturing an image of the eye including the irido-corneal angle.

Abstract: A system accesses a target volume of ocular tissue and treats the target volume with a laser based on the pigmentation of the tissue. A visual observation apparatus captures a color image of the target volume through an optics assembly. A control system processes the captured image and determines an energy parameter based on pigmentation of the target volume of ocular tissue. A laser source outputs a laser beam, and one or more components focus, scan, and direct the laser beam through the target volume by way of the optical assembly. The control system controls the one or more components based on a treatment pattern to place a focus of the laser beam at an initial location within the target volume of ocular tissue, and controls the laser source to apply photodisruptive energy at the initial location based on the energy parameter determined by the control system.

Abstract: A compact, modular and fully integrateable apparatus for recycling volatile cleaning solvents which can be utilized independently as a stand-alone recycler unit in conjunction with any typical parts washer apparatus (e.g., sink-on-a-drum or immersion type units) in common use. The core modular recycler component can also be fully integrated with a wash basin component and a docking base that is specifically designed to be docked to standard drums containing cleaning solvent, thereby providing a fully integrated recycler/parts washer apparatus that has a significantly reduced footprint. The core modular recycler component includes an outer housing surrounding a distillation chamber with heaters, a condenser and cooling fan, a vacuum/fluid pump, a clean distillate reservoir and a residue discharge port. Periodically, during continuous recycling operations, batches (e.g.

Abstract: A modular recycler and heavy duty parts washer apparatus for use with a reservoir containing a cleaning solution includes a recycler unit for recycling the cleaning solution that is contained in the reservoir, a wash basin and cabinet surrounding an internal cavity and including an inner facing surface and a track on the inner facing surface sized and configured to support a platform, and the platform being structured to move inwards and outwards from the internal cavity along the tracks of the cabinet, and the platform having a top side that is adapted for removable mounting of the reservoir and recycler unit thereon, wherein the combined assembly of the platform, reservoir and recycler unit can moved inwards and outwards of the internal cavity along the tracks of the cabinet. Each of the recycler unit, cabinet, wash basin and reservoir are individually replaceable.

Abstract: A compact, modular and fully integrateable apparatus for recycling volatile cleaning solvents which can be utilized independently as a stand-alone recycler unit in conjunction with any typical parts washer apparatus (e.g., sink-on-a-drum or immersion type units) in common use. The core modular recycler component can also be fully integrated with a wash basin component and a docking base that is specifically designed to be docked to standard drums containing cleaning solvent, thereby providing a fully integrated recycler/parts washer apparatus that has a significantly reduced footprint. The core modular recycler component includes an outer housing surrounding a distillation chamber with heaters, a condenser and cooling fan, a vacuum/fluid pump, a clean distillate reservoir and a residue discharge port. Periodically, during continuous recycling operations, batches (e.g.