Disclosed is an oral care implement package (1), comprising: a front panel (100), at least a portion of the front panel (100) being transparent, a backer (200) connected to the front panel (100) with a space for receiving an oral care implement (400) being provided between the backer (200) and the front panel (100), and a magnifying mirror (310) facing the space and visible through the portion of the front panel (100), the magnifying mirror (3109 being in contact with the backer (200), the front panel (100), or both the backer (200) and the front panel (100). Also disclosed is a kit for an oral care implement package (1).

A product package includes a first member and a second member arrangeable in an unpackaged state and a packaged state. The package has a flexible member attached to the first and second members which assists in securing an implant to the first member. The flexible member is slack when the package is in the unpackaged state and is taut in the packaged state. The first member is coupled to the second member by a connector in the packaged state with the product secured between the first member and the flexible member. The flexible member is externally exposed when the package is in the packaged state. The package can also include an insert coupled to the first member to assist in securing the product in the package. The flexible member can have a pull tab forming a frangible connection with the flexible member to open the package. The flexible member may form a sterile barrier around the product.

A medical instrument holding apparatus and related methods are disclosed. The apparatus includes a medical instrument container. A medical instrument holding platform is positioned within the medical instrument container, wherein the medical instrument holding platform has a textured surface. At least one marking is positioned on the textured surface. When a quantity of light emitted from a lighting fixture is applied to the textured surface, a reflection from the quantity of light may be prevented.

According to an embodiment, a blade dispenser includes a body portion; and a lid portion slidable relative to the body portion to move the blade dispenser between a closed configuration and an extended configuration. The lid portion comprises a first lid portion having a first blade chamber and a second lid portion having a second blade chamber. The first lid portion and the second lid portion are coupled by a hinge portion configured to permit the first lid portion to pivot relative to the second lid portion to move the blade dispenser from the extended configuration to an open configuration. In the open configuration blades may be removed from or inserted into both the first blade chamber and the second blade chamber.

According to an embodiment, a blade dispenser includes a body portion; and a lid portion slidable relative to the body portion to move the blade dispenser between a closed configuration and an extended configuration. The lid portion comprises a first lid portion having a first blade chamber and a second lid portion having a second blade chamber. The first lid portion and the second lid portion are coupled by a hinge portion configured to permit the first lid portion to pivot relative to the second lid portion to move the blade dispenser from the extended configuration to an open configuration. In the open configuration blades may be removed from or inserted into both the first blade chamber and the second blade chamber.

A packaging assembly for an electromagnetic trackable surgical tool and wiring thereof. The packaging assembly includes a first tray with at least one first retention member configured to couple the surgical tool to the first tray. The packaging assembly further includes a second tray configured to couple with the first tray. The second tray has at least one second retention member configured to couple the wiring of the surgical tool to the second tray.

A blade dispenser is provided that includes a housing, a carrier, and a blade eject assembly. The housing defines a carrier cavity having an open end, and includes a blade loading mechanism. The carrier is operable to hold a plurality of blades. The carrier is selectively disposable within the carrier cavity of the housing. The blade eject assembly includes a button biased in a normal position relative to a base. The button is operable to be moved relative to the base and engage a blade disposed within the carrier, and to move the blade to a position where at least a part of the blade is disposed outside the housing.

A blade dispenser is provided that includes a housing, a carrier, and a blade eject assembly. The housing defines a carrier cavity having an open end, and includes a blade loading mechanism. The carrier is operable to hold a plurality of blades. The carrier is selectively disposable within the carrier cavity of the housing. The blade eject assembly includes a button biased in a normal position relative to a base. The button is operable to be moved relative to the base and engage a blade disposed within the carrier, and to move the blade to a position where at least a part of the blade is disposed outside the housing.

A hemodialysis wand holder includes a container having a plurality of side walls configured to form an open top end and a cavity extending downwardly from the open top end. A lid is removably coupled to the open top end wherein the lid has at least one aperture formed therein. At least one hemodialysis wand is removably inserted through the at least one aperture such that the at least one hemodialysis wand is suspended above a bottom one of the side walls. A collection tray is adjustably situated along the bottom side wall. Such a collection tray is removably reciprocated along a linear travel path registered transverse to a front one of the side walls. A fluid-absorbent liner is removably positioned within the collection tray for receiving fluids dripping down from the at least one hemodialysis wand suspended partially within the cavity.

The invention relates to a surgical instrument (1) comprising a detection means (10) for reacting to at least one external stress (30) emitted by a generator means (15) that generates the stress (30). The invention also relates to the method for producing such a surgical instrument (1). The invention likewise relates to the generator means (15). The invention further relates to a method for detection of the surgical instrument (1) by the generator means (15).