A herb grinder has a first cutting element having a first annular body projecting from a base disk having an annular rim, and cutting blades extending from a floor in a first areal region separate from a second areal region having no cutting blades, and a second cutting element having a second annular body with a planar top having a through opening and cutting blades extending from an inside surface of the top, the second cutting element engaging the first cutting element at a specific position wherein the opening through the top lies directly over the second areal region of the floor of the first cutting element having no cutting blades.

A herb grinder has a first cutting element having a first annular body projecting from a base disk having an annular rim, and cutting blades extending from a floor in a first areal region separate from a second areal region having no cutting blades, and a second cutting element having a second annular body with a planar top having a through opening and cutting blades extending from an inside surface of the top, the second cutting element engaging the first cutting element at a specific position wherein the opening through the top lies directly over the second areal region of the floor of the first cutting element having no cutting blades.

An implant shredder includes a base and a cutting member. The base includes a first chamber and a second chamber intercommunicating with the first chamber. The first chamber includes an inlet. The second chamber includes an outlet. The cutting member is received in the second chamber. The cutting member is driven by a driving member to rotate. The cutting member includes a plurality of cutting edges located on a circumference of a same radius. The plurality of cutting edges is rotatably disposed adjacent to a location intercommunicating with the first chamber. An implant forming method includes creating data of an outline of an implant; producing a shaping mold based on the data; and cutting a to-be-processed object with the implant shredder, then mixing the to-be-proceed object with a biological tissue glue to obtain a raw material, and filling the raw material into the shaping mold to form the implant.

A flower mill assembly grinds vegetation into ground vegetation. The flower mill assembly includes a container defining an opening and an interior chamber for holding vegetation before it is ground and for collecting ground vegetation after the vegetation is ground. A sifting screen is secured to the container within the interior chamber. The sifting screen allows the ground vegetation to pass therethrough while preventing the vegetation from passing therethrough. A knob covers the opening of the container to enclose the interior chamber. A rotor is secured to the knob. The rotor defines a grinding surface, a center axis, and at least one grinding channel, whereby the rotation of the rotor grinds the vegetation disposed adjacent the grinding surface and the at least one grinding channel.

A flower mill assembly grinds vegetation into ground vegetation. The flower mill assembly includes a container defining an opening and an interior chamber for holding vegetation before it is ground and for collecting ground vegetation after the vegetation is ground. A sifting screen is secured to the container within the interior chamber. The sifting screen allows the ground vegetation to pass therethrough while preventing the vegetation from passing therethrough. A knob covers the opening of the container to enclose the interior chamber. A rotor is secured to the knob. The rotor defines a grinding surface, a center axis, and at least one grinding channel, whereby the rotation of the rotor grinds the vegetation disposed adjacent the grinding surface and the at least one grinding channel.

The present invention involves a device and system for grinding herbs, tobacco, leaves and the like. The herb grinder system herein includes a snap together configuration. The lid is provided with magnets positioned around an upper shoulder. These magnets cooperate with secondary magnets positioned around the upper perimeter of the body to hold the lid in place for use, and when not being used for grinding. The bottom portion of the body is provided with a second storage pilot that includes a cup seal. The cup seal is constructed to allow the storage container to be slipped over the pilot and retained in position by friction provided by the cup seal, even when filled with tobacco or the like from the grinder. Removal of the storage container simply requires the user to pull the storage container away from the body.

The present invention involves a device and system for grinding herbs, tobacco, leaves and the like. The herb grinder system herein includes a snap together configuration. The lid is provided with magnets positioned around an upper shoulder. These magnets cooperate with secondary magnets positioned around the upper perimeter of the body to hold the lid in place for use, and when not being used for grinding. The bottom portion of the body is provided with a second storage pilot that includes a cup seal. The cup seal is constructed to allow the storage container to be slipped over the pilot and retained in position by friction provided by the cup seal, even when filled with tobacco or the like from the grinder. Removal of the storage container simply requires the user to pull the storage container away from the body.

A herb processor has an upper cutting element with blades extending downward, a circumferential groove in an inner diameter of the upper cutting element, and a first opening into the groove from the planar lower end, a lower cutting element with blades extending upward and a laterally-extending key that fits through the opening into the groove, locking the upper and lower cutting elements together.

A herb processor has an upper cutting element with blades extending downward, a circumferential groove in an inner diameter of the upper cutting element, and a first opening into the groove from the planar lower end, a lower cutting element with blades extending upward and a laterally-extending key that fits through the opening into the groove, locking the upper and lower cutting elements together.