Illuminated nut driver

An illuminating nut driver system for lighting the area of nut placement and pointing with laser light comprising, in combination:

• a hollow torque handle of a clear plastic and having a distal end, a proximal end and a middle portion there between, the proximal end being hollow and having threads on its interior, the distal end having an opening with a key way therein, the torque handle having a generally circular cross section, the handle having a plurality of linearly extending notches having a greater radius at the distal end and tapering to a lesser radius at the proximal end, the handle further having a circumferential recess adjacent to the distal end for enhancing the gripping capabilities of the handle;
• a hollow nut driver shaft formed of a composition of metal or a composite plastic or a combination of both and having a cylindrical nut driver at a first end and a key member at a second end, the nut driver and the key member being integral with the shaft, the key member of the driver shaft configured for coupling with the key way of the handle for being locked therein against rotation, the driver shaft being rotatably locked within the torque handle and axially slidable relative to the handle for replacement and use, the handle having a magnet at the interior end of the key way for securement of the driver shaft, the magnet being annular with a central hollow passageway for passage of light there through;
• a detachable lamp/laser module removably positionable within the handle from the proximal end with threads on the proximal end coupleable with the threads of the handle;
• a lamp chamber positioned within the module facing the distal end of the handle, the lamp chamber having a lamp detachably mounted therein, the lamp chamber having a conductive strip positioned therein and in electrical contact with the lamp, the conductive strip extending along an interior of the module with a contact end at the proximal end of the module, the lamp chamber including a parabolic reflector with an opening at the distal end for the passage of light;
• a laser generator positioned adjacent to the lamp at the distal end of the module, the laser generator being mounted so that its radiation is pointed out through the hollow driver shaft so it can be used as a pointer, a central electrode extending from the lower portion of the laser in contact with the conductive strip, a conductive barb within the hollow torque handle in electrical contact with a second electrode of the laser, typically formed as a side covering of the laser;
• a generally cylindrical end cap having a switch contained therein, the end cap formed as a flexible protective resilient cover, the end cap configured for engaging at the interior of the proximal end of the handle, the switch having a contact tip projecting from a top portion of the cap, the switch having a contact strip extending therefrom and into the end cap, the contact strip of the switch having a contact end along a shelf of the end cap, the cap being configured for allowing the contact tip to be in contact with a battery being positionable within the module therein the contact strip of the cap is flush with the contact end of the conductive strip of the handle, the contact strip of the cap being in contact with the conductive strip of the module for the passage of a current through to the lamp and laser generator, the current being passed when the switch is turned on by pushing a multi-position switch button on the cap, the multi-position switch button being pushed thereby allowing the battery and the lamp and/or laser generator to be in electrical contact with a battery or batteries for illumination of the lamp and laser generator, whereby light passes from the handle around and through the driver shaft and the laser passes through the nut driver hollow shaft.