Abstract: A cavity drill is provided, which is configured for use with a bone drill. The cavity drill includes a body. The bone drill has a first portion movably connected to a second portion. A third portion is movably connected to the second portion. The body is mounted with the third portion of the bone drill. A sheath extends from the third portion to a distal end. A curette is connected with the distal end of the bone drill. The curette is composed of retractable cutting tines/blades which are turned/powered by the bone drill motor. The curette tines can be used in a partially or fully deployed state and at low or high speed. The curette is designed to create cavities of varying size in a bone. The cavity drill and the bone drill may include a radiation protection guard and radiolucent portions. Methods of use are also provided.

Abstract: A radiolucent bone drill and/or impact drill is provided, which includes a first portion connected to a second portion. The first portion defines a first axis and the second portion defines a second axis. The second axis is disposed at an angle relative to the first axis. A third portion is connected to the second portion. The third portion has a shaft extending therefrom. The shaft includes a distal end configured to engage bone. The bone drill may include a radiation protection guard mounted to the first portion. Specific drill bits, access sheaths/conduits/tube, curettes, and screwdriver bits designed to be used with the devices are provided. The bone drill may be used to place an access sheath/conduit/tube/needle into a bone in a single step. Methods of use are also disclosed.

Abstract: A forceps is provided, which is adapted for treating a vertebral body. The forceps has a handle including an actuator pivotably connected therewith. A shaft extends from the handle with the proximal end being operatively engageable with the actuator. An elongated member extends through the shaft and has a proximal end and a distal end. The proximal end being fixed to the handle and the distal end includes opposing arms configured to grasp. The forceps may be configured for use with a bone drill. Portions of the forceps may be radiolucent. A vertebral treatment system and methods of use are also provided.

Abstract: A fluid transfer device is provided, which is adapted to treat a vertebral body. The fluid transfer device includes a first cavity having a first plunger disposed therewith. The first plunger is configured to draw a first fluid into the first cavity. A second cavity has a second plunger disposed therewith. The second plunger is configured to expel a second fluid from the second cavity. An actuator is connected to the first plunger and the second plunger. A bone drill and forceps are provided, which are adapted for treating a vertebral body. A vertebral treatment system and methods of use are also provided.

Abstract: A radiolucent bone drill and/or impact drill is provided, which includes a first portion connected to a second portion. The first portion defines a first axis and the second portion defines a second axis. The second axis is disposed at an angle relative to the first axis. A third portion is connected to the second portion. The third portion has a shaft extending therefrom. The shaft includes a distal end configured to engage bone. The bone drill may include a radiation protection guard mounted to the first portion. Specific drill bits, access sheaths/conduits/tube, curettes, and screwdriver bits designed to be used with the devices are provided. The bone drill may be used to place an access sheath/conduit/tube/needle into a bone in a single step. Methods of use are also disclosed.

Abstract: A cavity drill is provided, which is configured for use with a bone drill. The cavity drill includes a body. The bone drill has a first portion movably connected to a second portion. A third portion is movably connected to the second portion. The body is mounted with the third portion of the bone drill. A sheath extends from the third portion to a distal end. A curette is connected with the distal end of the bone drill. The curette is composed of retractable cutting tines/blades which are turned/powered by the bone drill motor. The curette tines can be used in a partially or fully deployed state and at low or high speed. The curette is designed to create cavities of varying size in a bone. The cavity drill and the bone drill may include a radiation protection guard and radiolucent portions. Methods of use are also provided.