A bone milling device for use during dental implant procedures, the device comprising: a first grip connected to a second grip via a first hinge, the first hinge disposed toward a distal end of the first grip and a distal end of the second grip, a first arm connected to a second arm via a second hinge, the second hinge disposed toward a distal end of the first arm and a distal end of the second arm, the first grip connected to the first are via a third hinge, the third hinge disposed toward a distal end of the first grip and a proximal end of the first arm, and the second grip connected to the second arm via a fourth hinge, the fourth hinge disposed toward a distal end of the second grip and a proximal end of the second arm; a bone milling assembly, comprising: a hollow cylinder disposed at a proximal end of the first arm having a wall extending perpendicularly around the circumference of the hollow cylinder creating a cavity to receive pieces of bone; and a rotatable mill disposed within the cavity of the hollow cylinder having a rotating plate (46, 46') and a handle extending perpendicularly from a side opposite the rotating plate (46, 46'), the rotating plate (46, 46') having an array of grinding teeth fixedly attached thereto and projecting outwardly and a dead-stop extending perpendicularly from the rotating plate (46, 46'); and a stationary mill disposed opposite the rotatable mill at a proximal end of the second arm having a stationary plate (62, 62'), the stationary plate (62, 62') having an array of grinding teeth fixedly attached thereto and projecting outwardly and a dead-stop extending perpendicularly from the stationary plate (62, 62'); wherein, the dead-stop of the rotating plate (46, 46') contacts the dead-stop of the stationary plate (62, 62') prior to the array of grinding teeth of the rotating plate (46, 46') contacting the array of grinding teeth of the stationary plate (62, 62') creating a gap that limits adhesion between the array of grinding teeth of the rotatable plate (46, 46') and the array of grinding teeth of the stationary plate (62, 62'). a first grip connected to a second grip via a first hinge, the first hinge disposed toward a distal end of the first grip and a distal end of the second grip, a first arm connected to a second arm via a second hinge, the second hinge disposed toward a distal end of the first arm and a distal end of the second arm, the first grip connected to the first are via a third hinge, the third hinge disposed toward a distal end of the first grip and a proximal end of the first arm, and the second grip connected to the second arm via a fourth hinge, the fourth hinge disposed toward a distal end of the second grip and a proximal end of the second arm; a bone milling assembly, comprising: a hollow cylinder disposed at a proximal end of the first arm having a wall extending perpendicularly around the circumference of the hollow cylinder creating a cavity to receive pieces of bone; and a rotatable mill disposed within the cavity of the hollow cylinder having a rotating plate (46, 46') and a handle extending perpendicularly from a side opposite the rotating plate (46, 46'), the rotating plate (46, 46') having an array of grinding teeth fixedly attached thereto and projecting outwardly and a dead-stop extending perpendicularly from the rotating plate (46, 46'); and a stationary mill disposed opposite the rotatable mill at a proximal end of the second arm having a stationary plate (62, 62'), the stationary plate (62, 62') having an array of grinding teeth fixedly attached thereto and projecting outwardly and a dead-stop extending perpendicularly from the stationary plate (62, 62'); a hollow cylinder disposed at a proximal end of the first arm having a wall extending perpendicularly around the circumference of the hollow cylinder creating a cavity to receive pieces of bone; and a rotatable mill disposed within the cavity of the hollow cylinder having a rotating plate (46, 46') and a handle extending perpendicularly from a side opposite the rotating plate (46, 46'), the rotating plate (46, 46') having an array of grinding teeth fixedly attached thereto and projecting outwardly and a dead-stop extending perpendicularly from the rotating plate (46, 46'); and a stationary mill disposed opposite the rotatable mill at a proximal end of the second arm having a stationary plate (62, 62'), the stationary plate (62, 62') having an array of grinding teeth fixedly attached thereto and projecting outwardly and a dead-stop extending perpendicularly from the stationary plate (62, 62'); wherein, the dead-stop of the rotating plate (46, 46') contacts the dead-stop of the stationary plate (62, 62') prior to the array of grinding teeth of the rotating plate (46, 46') contacting the array of grinding teeth of the stationary plate (62, 62') creating a gap that limits adhesion between the array of grinding teeth of the rotatable plate (46, 46') and the array of grinding teeth of the stationary plate (62, 62').