text: the present invention includes a method and apparatus for using magnetic properties to assist in trimming and / or removing hair . generally , the present invention includes small magnetic particles which suitably surround or attach to hair strands , such that , when an attracting magnetic force is applied to the magnetic particles , the hair strands are lifted up away from the skin , thereby allowing the hair strands to be pulled from the skin or to be cut at a point low on the shaft . as such , one skilled in the art will appreciate that any discussion of hair trimming also applies to removal of the hair strand . the hair may be located anywhere on a human body or anywhere on any other mammal , creature or other organism . the apparatus and method may also apply to the removal or trimming of strands of material from textile products , furs , seat covers or any other product which may include strands of material . with respect to fig1 a flowchart of an exemplary method for a magnetic hair trimming and / or removing process is shown . a pre - trimming solution is preferably applied to the desired area ( step 102 ). the pre - trimming solution can be any shaving solution known in the art such as shaving creams , gels , foams , lotions and / or the like , but the solution preferably contains emollients , skin pore openers , and may optionally contain any other type of known skin treatment composition . the pre - trimming solution may also optionally condition the skin and open the skin &# 39 ; s pores . in a preferred embodiment , the pre - trimming solution contains microscopic metal - oxide particles which adhere to , or surround , the hair strand , thereby forcing the strand to be attracted to the magnetic shaving apparatus . tests revealed that a natural source of ferric - ferrous oxide ( fe 3 o 4 ) is the preferred magnetic material to incorporate into commercially available shaving cremes . the actual magnetic material used was extracted from a sand substance containing 30 % magnetite and 70 % quartz , feldspar , pyroxene and amphibole . the sand was further purified by using a magnet to perform a course magnetic separation technique to yield the final material which was greater than 95 % magnetite . in an alternative embodiment , to minimize the need for purification and resizing , synthetic metal - oxides , such as magnetite or maghemite , may be used because synthetic metal - oxides are typically available in many particle sizes . the purified magnetic material is then ground in a ceramic mortar and pestle to reduce the sand - sized grains to dust - sized level sufficient for mixing with shaving creme and applying to the skin surface . one skilled in the art will appreciate that any known method for reducing the magnetite particle size can be used when preparing the current shaving creme mixture . moreover , the microscopic metal - oxide particles are suitably added to the pre - trimming solution in any way known in the art , for example , by thoroughly mixing finely ground particles with the pre - trimming solution . depending on the desire of the individual , one skilled in the art will appreciate that shaving cremes of different viscosities may be incorporated in the present invention . with respect to fig2 and 3 , preferred exemplary magnetic shaving apparatus are shown . razor 300 includes a housing 302 comprised of shaft 304 and head 306 . housing 302 may be an integral one - piece unit or may be constructed from numerous pieces . housing 302 is preferably constructed of a hard , sturdy material , such as , for example , a plastic , metal and / or the like . while the general shape of shaft 304 as shown in fig2 is preferable , shaft 304 may have any shape that enables the user to effectively apply the shaving apparatus to the desired area . razor 300 further comprises a blade 308 , or a combination of blades , which may be any known razor blade ( s ). blade 308 is placed in housing 302 such that the sharpened edge can suitably contact the user &# 39 ; s skin . magnet 310 is disposed in housing 302 such that it is in proximity with blade 308 , thereby enabling magnet 310 to attract the hair strands that have been treated with pre - trimming solution and force the strands toward the magnet 310 . with respect to fig5 the magnet 310 is preferably placed behind or below the blade to allow the magnetic forces to be applied to the solution and the hair before the razor scrapes over the hair . after the strands are lifted up and away from the skin , blade 308 slices the strand . magnet 310 may be attached directly to housing 302 by any known method , such as adhesives , velcro ™, snaps , grooves and / or the like , or may be made integral with housing 302 . magnet 310 may be a single magnet as shown in fig2 or may be comprised of smaller magnets that are disposed in proximity to blade 308 . it is understood that the configuration of magnet 310 is not limited to the illustrative embodiment shown in fig2 because the magnet 310 can be connected to the blade to magnetize the blades , magnet 310 can surround the blade , magnet 310 can be above the blade , magnet 310 can be between two blades or between any number of blades and / or the like . one skilled in the art will also appreciate that magnet 310 can be a magnetic material or a magnetic field established by sending an electric current through any suitable conductive material . moreover , as best shown in fig5 magnet 310 is preferably concave to provide space between the shaving surface and the magnet surface . this space allows the collection of the magnetic particles , while minimizing the interference of the magnetic particles with the blade / skin interface . furthermore , any suitable tesla magnetic strength is within the scope of the present invention because the appropriate tesla strength magnet will depend on the user &# 39 ; s tolerance of magnetic forces . the magnetic shaving apparatus may also be an electric razor , an example of which is shown in fig4 . razor 500 preferably includes a housing 502 which contains rotating blade heads . in this embodiment , three rotating blade heads 504 , 506 , and 508 are shown . it is understood , however , that any number of rotating blade heads in any configuration may be implemented ; the number in configuration shown in fig4 are merely for illustrative purposes . a single magnet or multiple magnets may be placed at any location around the rotating blade heads ; for example , magnets may be placed in any or all of locations 510 , 512 , 514 , 516 , or 518 . the magnets 510 , 512 , 514 , 516 , and 518 would then act to attract the hair strands that have been treated with pre - trimming solution and force the strands toward the magnets . rotating blade heads 504 , 506 , and 508 would subsequently cut the hair strands which are lifted up away from the skin . the magnets may be attached directly to the housing 502 by any known method , such as adhesives , velcro ™, snaps , grooves and / or the like , or may be made integral with the housing 502 . it is understood that the configuration of the magnets is not limited to the illustrative embodiment shown in fig4 . for example , a single magnet of any size may be coupled with the housing , including a configuration having a single magnet that at least substantially encircles the perimeter of the electric razor . referring back to fig1 after or during shaving with the magnetic shaving apparatus , another magnet is suitably applied to the magnetic shaving apparatus ( step 106 ). the second magnet may be any magnet or other element or material that alters the magnetic attraction between the magnet of the shaving apparatus and the particles collected upon it . thus , the placement of the second magnet on the magnetic shaving apparatus would create a repelling magnetic effect which would repel the removed hair into a sink , the trash , or any other receptacle . alternatively , magnet 310 may be removed from the apparatus to remove the magnetic force or demagnetize the blade , so that the magnetic particles will fall off of the blade . while this is not essential to the shaving process itself , this step permits the magnet to be cleared of hair and magnetic particles to preserve the magnetic strength and to allow the magnet to be used repeatedly . the magnet removal may be applied to any embodiment of the magnetic shaving apparatus , including those shown in fig2 - 5 . optionally , the user can use a post - trimming solution to tighten pores and condition skin after hair trimming ( step 108 ). this optional solution may contain any known ingredients that may effectuate these goals , but the post - trimming solution preferably contains emollients , lotions and oils . the present invention has been described above with reference to a preferred embodiment . however , those skilled in the art having read this disclosure will recognize that changes and modifications may be made to the preferred embodiment without departing from the scope of the present invention . for example , various steps of the invention , such as the post - trimming solution , may be skipped without altering the effectiveness of the invention . additionally , use of different known magnetic materials such as maghemite , gamma - fe 2 o 3 or known pre / post - trimming solution additives are within the scope of the invention . these and other changes or modifications are intended to be included within the scope of the present invention , as expressed in the following claims .