Abstract: An attachment apparatus for laser engraving comprising a chuck housing comprising a plurality of channels; a plurality of self-centering jaws bases disposed within the plurality of channels, the plurality of self-centering jaws bases further comprising at least one jaws base hole; and a scroll wheel in mechanical communication with the plurality of self-centering jaws bases.

Abstract: The present disclosure provides a lift mechanism comprising a wheel connected to a worm screw, a gearbox housing a worm gear engaged with the worm screw, a pinion gear coupled to the worm gear, and a rack gear with rack teeth engaged with the pinion gear. The lift mechanism includes a guide rail and bearing blocks facilitating linear motion of the rack gear. A rack bracket supports the rack gear, and a worm screw support stabilizes the worm screw. The gearbox contains a gearbox interior housing the mechanical components and a gearbox exterior. Rotation of the wheel translates to linear motion of the rack gear through the interaction of the worm screw, worm gear, and pinion gear, providing a compact, self-locking telescoping mechanism for precise vertical or horizontal adjustment in space-constrained environments.

Abstract: An attachment apparatus for laser engraving includes a chuck housing, a scroll wheel in mechanical communication with a plurality of self-centering jaw bases, at least one jaw extender configured to secure to any of the plurality of self-centering jaw bases, and at least one interchangeable jaw configured to secure to any of the at least one jaw extenders. Each jaw base comprises at least one jaw base hole. Each of the at least one jaw extenders comprises two of the at least one interchangeable jaws. The scroll wheel can be actuated to move the self-centering jaw bases, allowing the interchangeable jaws to engage with a surface of an article to secure it for laser engraving. The apparatus may include adjustable alignment stoppers, and the jaw extenders may be configured to rotate for improved contact with the article surface.

Abstract: A vertical laser engraving apparatus is provided comprising a laser head secured to a vertical gantry and a gripping device secured to a horizontal rail. An object to be engraved extends vertically from the gripping device and the laser head emits a laser horizontal to the vertical gantry to contact the object to be engraved. The laser head is moveable along the vertical gantry by a vertical motor and the gripping device is movable along the horizontal rail. The gripping device is rotated about an axis by a rotational motor.

Abstract: An attachment apparatus for laser engraving comprising a chuck housing comprising a plurality of channels; a plurality of self-centering jaws bases disposed within the plurality of channels, the plurality of self-centering jaws bases further comprising at least one jaws base hole; and a scroll wheel in mechanical communication with the plurality of self-centering jaws bases.

Abstract: An attachment apparatus for laser engraving comprising a chuck housing comprising a plurality of channels; a plurality of self-centering jaws bases disposed within the plurality of channels, the plurality of self-centering jaws bases further comprising at least one jaws base hole; and a scroll wheel in mechanical communication with the plurality of self-centering jaws bases.

Abstract: An attachment apparatus for laser engraving comprising a chuck housing comprising a plurality of channels; a plurality of self-centering jaws bases disposed within the plurality of channels, the plurality of self-centering jaws bases further comprising at least one jaws base hole; and a scroll wheel in mechanical communication with the plurality of self-centering jaws bases.