Abstract: An orthopaedic driver includes a drivetrain having a driven end and a second end opposite the driven end, the drivetrain defining a first axis; an instrument connector rotatably coupled to the second end of the drivetrain and defining a second axis angled relative to the first axis; an angling bushing associated with the instrument connector; and a housing having a straight portion covering at least a portion of the drivetrain and an angled portion connected to the straight portion, the angled portion interacting with the angling bushing to hold the instrument connector angled relative to the drivetrain.

Abstract: A movable instrument holding apparatus and method of retaining a medical instrument with a movable instrument holding apparatus are disclosed. The movable instrument holding apparatus includes a housing structure retaining a gripping structure. A rail is connected to the housing structure. A depressible arm is connected to the rail, the depressible arm having a first quantity of ratchet teeth, wherein the first quantity of ratchet teeth is movable with the depressible arm. A track is sized to receive the rail, wherein the track has a second quantity of ratchet teeth, and wherein the first quantity of ratchet teeth are engagable with the second quantity of ratchet teeth when the rail is positioned at least partially within the track.

Abstract: A medical instrument handle assembly, for holding a medical instrument configured for preparing a bone to receive an implant, includes: a housing including a housing pin; an elongate arm including a proximal end; a lever subassembly including a lever body and a lever latch, the lever body being pivotally connected to the proximal end of the elongate arm, the lever body and the lever latch being pivotally connected to one another and thereby being selectively positionable relative to one another between a first position and a second position, the first position being when the lever body and the lever latch are clamped about the housing pin, the second position being when the lever body and the lever latch are unclamped relative to the housing pin.

Abstract: A medical instrument holder and method of holding a medical instrument is provided. The medical instrument holder includes a first substantially planar structure having at least a first aperture positioned therein. A second substantially planar structure is positioned approximately parallel to the first substantially planar structure. The second substantially planar structure has at least a second aperture positioned therein, wherein the second aperture is flexible. At least one holding structure is connected between the first substantially planar structure and the second substantially planar structure.

Abstract: The system contains a container, comprising a plurality of sides, each side having a plurality of fluid permeable openings, wherein the plurality of sides form a substantially enclosed unit. The system contains at least one lid. The system contains at least one latch unit for movably attached to a first side of the plurality of sides at a proximate end of the latch unit. The system contains a lid restraint, formed at a distal end of the latch unit whereby the lid restraint restrains the lid when engaged with the lid. Lastly, the system contains at least one locking element formed along the latch unit for engagement with the first side, wherein engagement of the locking element limits the mobility of the latch unit.

Abstract: A grommet device and method of using a grommet device is provided. The device includes a base structure having a base surface and a top structure having a top surface. A middle portion is connected between the top structure and the base structure, wherein an aperture is positioned through the middle portion, the aperture having an interior space defined by an aperture sidewall extending from the base surface to the top surface. A protruding structure is affixed to a portion of the aperture sidewall at a first end and extending towards a central axis of the aperture along a protrusion axis, wherein the protrusion axis is substantially aligned with a length of the protruding structure from the first end to the second end, and wherein a second end of the protruding structure is flexibly movable in at least one direction substantially perpendicular to the protrusion axis.

Abstract: A movable instrument holding apparatus and method of retaining a medical instrument with a movable instrument holding apparatus are disclosed. The movable instrument holding apparatus includes a housing structure retaining a gripping structure. A rail is connected to the housing structure. A depressible arm is connected to the rail, the depressible arm having a first quantity of ratchet teeth, wherein the first quantity of ratchet teeth is movable with the depressible arm. A track is sized to receive the rail, wherein the track has a second quantity of ratchet teeth, and wherein the first quantity of ratchet teeth are engagable with the second quantity of ratchet teeth when the rail is positioned at least partially within the track.

Abstract: The disclosure illustrates a dual driver for surgical reamers in which either of a crossbridge and crossbar style reamers are axially inserted in the distal end of a central shaft for the reamer driver. A pair of L shaped grips are adapted to connect and disconnect the different style of reamers by the movement of an external sleeve biased towards the connection position. Movement of the sleeve away from the distal end allows an internal plunger to cam the grips to an open position and urge the appropriate reamer from the tool driver directly in an axial direction.

Abstract: A biological indicator access apparatus and method thereof is provided. The apparatus includes a cage positioned at least partially within an interior compartment of a medical sterilization container, wherein the cage has an interior portion sized to house at least one biological indicator. At least one access element is removably coupled to the cage and permitting access to the interior portion, wherein the at least one access element is located exterior to the medical sterilization container. A filter material at least partially forms the interior portion of the cage, wherein the filter material allows a sterilization substance to traverse from within the interior compartment of the medical sterilization container to the interior portion and prevents non-sterile substances from traversing from the interior portion to the interior compartment of the medical sterilization container.

Abstract: An adapter for a surgical reamer driver having one of a crossbar and a crossbridge reamer driver. The adapter includes a base having an interface for connecting with one of the crossbar and crossbridge reamer drivers. The adapter further includes at least one recess on the opposite end of the base opening in an axial direction. The recess is configured to receive a reamer of a style unlike the given style interface. A pair of hooks or tabs resiliently hold the reamer in place in the recesses.

Abstract: The system contains a metal tray formed from a sheet of metal. A plurality of pockets is formed in the metal tray, wherein the plurality of pockets is formed from manipulating the sheet of metal. A cover is formed over the metal tray. Optionally, a base may be engaged with the cover, wherein the metal tray is formed to fit snugly between the cover and the base.

Abstract: A medical instrument sterilization system and method is provided. The system includes a sterilization container having a first container portion engagable with a second container portion to enclose an interior compartment from an exterior atmosphere. At least one insert is locatable within the interior compartment of the sterilization container, the at least one insert having a medical instrument holding area surrounded by a plurality of sidewalls, wherein the medical instrument holding area is sized to hold at least one medical instrument. A filter is secured within a wall of the first container portion, wherein the filter is in communication with the interior compartment and the exterior atmosphere.

Abstract: The system contains at least two elongated feet attached to a wall of the sterilization case. Each of the feet is approximately parallel to the wall of the sterilization case and attached to the wall. At least one leg is integral with the each of the elongated feet. At least one retaining element extends from each of the legs.

Abstract: A patient specific implant alignment guide assembly includes an anatomical reference component and a guide component. The anatomical reference component includes at least one matching feature shaped and dimensioned to match and complement a specific feature of an anatomic location. The anatomical reference component further has one or more protrusions and is fabricated based on one or more images of the anatomic location where the implant is to be implanted. The guide component includes one or more attachment protrusions that are shaped and dimensioned to match and interface with the one or more protrusions of the anatomical reference component. The guide component is attached to the anatomical reference component by matching and attaching the one or more attachment protrusions of the guide component to the one or more protrusions of the anatomical reference component.

Abstract: A grommet device and method of using a grommet device is provided. A top structure has a top surface. An aperture having a central axis is positioned interior of the top structure. A sidewall is formed around the aperture and connected to the top structure. The sidewall is positioned substantially perpendicular from the top surface of the top structure. At least two upper protruding structures are connected to the top structure at different locations along the top structure, wherein each of the upper protruding structures extends into the aperture. At least two lower protruding structures extend from the sidewall at different locations along the sidewall, wherein each of the lower protruding structures have a flexing portion extending into the aperture, wherein each of the upper protruding structures are substantially radially aligned with the flexing portion of each of the lower protruding structures, respectively.

Abstract: A drill system for forming a curved tunnel in a bone includes a drill bit guidance device. The drill bit guidance device includes an elongated stationary outer tube extending along a first axis and an elongated inner tube assembly. The elongated inner tube assembly is configured to slidably move within the elongated stationary outer tube along the first axis and to exit from a distal end of the elongated outer tube. The elongated inner tube assembly includes an actuating tube and an actuator tube. The actuating tube slidably moves within the actuator tube and includes a plurality of semi-cross-sectional slots extending in a slot direction perpendicular to the first axis. Each slot of the actuating tube is configured to collapse inward in the slot direction when exiting the distal end of the elongated outer tube, thereby causing a distal end portion of the elongated inner tube assembly to follow a curved path.

Abstract: An apparatus and method for retaining medical instruments is disclosed. The apparatus includes a medical instrument tray having a substantially planar, rigid interior section, wherein the interior section has a plurality of holes formed therein. A flexible grommet sheet is positioned abutting a first side of the medical instrument tray, the flexible grommet sheet having a plurality of openings therein, wherein at least a portion of the plurality of openings are substantially axially aligned with the plurality of holes formed within the interior section. A substantially rigid back plate is removably attached to the medical instrument tray, wherein the flexible grommet sheet is positioned between the first side of the interior section and the back plate, and wherein the back plate has a plurality of holes positioned therein, wherein the plurality of holes are substantially axially aligned with the plurality of holes formed within the interior section.

Abstract: A dental case including a substrate having a plurality of holes therein and a grommet matrix. The grommet matrix including a plurality of grommets each having a groove. The plurality of grommets are interconnected outside of said groove and the plurality of grommets are located at predetermined positions corresponding to the plurality of holes.

Abstract: A valve apparatus and methods associated thereof are provided. The valve apparatus includes a valve housing structure. A first valve portion is connected to the valve housing structure, wherein the first valve portion has a sealing edge. A second valve portion is positioned at least partially within the valve housing structure. A constrictable membrane has a pressurizable interior compartment, wherein the constrictable membrane supported by the second valve portion and positioned proximate to the first valve portion, wherein at least a portion of the constrictable membrane is movable to engageable with the sealing edge of the first valve portion.

Abstract: A modular medical instrument table and method of using the same is provided. The modular medical instrument table includes a base and at least one support structure rising from the base, the support structure having a substantially vertical axis. At least one arm is removably affixed to the support structure, the arm having a first end proximate to the support structure and a second end distal from the support structure, wherein the second end of the arm is rotatable about the support structure. A shelf is attachable to the second end of the arm.