Magnetic tool and object holder

A magnetic tool and object holder for holding ferromagnetic objects in a known convenient location, comprising:

• a metallic casing having a relatively thin, rigid, rectangularly shaped, box-like configuration, with two short sides, two long sides, an enclosed back surface panel side, an open front surface panel side, an interior, and an exterior, said back surface panel side having an exterior surface and an interior surface;
• a plurality of bar magnets within said casing, each said bar magnet being relatively flat, rectangular-shaped and made from a permanent magnetized material, each said bar magnet having a north pole flat face and an opposite south pole flat face, one of each said bar magnet flat faces being attached to said back surface panel interior surface by magnetic force and glue, wherein a bar magnet height defined as the distance between the north and south flat faces is identical to a width of the long sides and short sides between the back surface panel and open front surface panel, wherein one half of the plurality of bar magnets have their north pole flat faces attached to said back surface panel interior surface and the remainder of said plurality of bar magnets have their south pole flat faces attached to the back surface panel interior surface, said bar magnets having their north pole flat faces attached to the back surface panel interior surface and being dispersed over the back surface panel interior surface, said bar magnets having their south pole flat face attached to the back surface panel interior surface and being interspersed around the bar magnets with their north pole flat face attached to the back surface panel interior surface, said plurality of bar magnets being arranged in three rows of bar magnets along said back surface panel interior surface, each row having a general longitudinal axis parallel to the casing long sides, said bar magnets in each row being generally positioned so that each bar magnet's individual longitudinal axis is at a 45 degree angle to the general longitudinal axes of the rows;
• a casing cover attached to said casing and enclosing said plurality of bar magnets within said casing, said casing cover being flat and comprised of a thin non-magnetic material, said casing cover having a surface dimension equal to the back surface panel side, said casino cover being fixedly attached over the open front surface panel side, said casing cover being adapted to fit against those bar magnet faces opposed to said attacked bar magnet faces;
• and
• two casing handles attached to said casing, one said casing handle being fixedly attached to a casing to a casing short side.