A depilator assembly for trapping hair for removal, said assembly including: an asymmetric disk formed of two lobes (31, 31') said disk having a first and second face, and including: a first and second sloping region between said lobes (31, 31') said first sloping region being positioned on said first face and said second sloping region being positioned on said second face of said disk; at least two pressure-transferring protrusions formed and positioned on said first face; at least one rotation-transferring protrusion formed on said first face, displaced at a predetermined angle and distance from said at least two pressure-transferring protrusions; at least two pressure-transferring protrusions formed and positioned on said second face; at least two spacer elements formed on said second face, said spacer elements being operative to prevent the accumulation of debris between adjacent said disks and to allow for periodic tilting of said disks when pressure is provided to said depilator assembly and said second face further having formed therein at least one recess configured to accommodate said at least one rotation-transferring protrusion of a similar disk of an adjacent depilator assembly in force transferring engagement, such that, in response to a rotational force applied to said assembly, said at least one rotation-transferring protrusion is operative to transfer rotation to said adjacent assembly; and first and second pincers (20, 20'), each of said pincers (20, 20') having a plurality of arms (22, 22') each arm having a pinching surface at its extremity, said first pincer (20, 22') being positioned along said sloping region on said first face, and said second pincer (20, 20') being positioned along said sloping region on said second face, and said pincers (20, 20') tilting synchronously in their respective sloping regions when pressure-transferring protrusions from similar disks of adjacent depilator assemblies press on one of said arms (22, 22') of each of said pincers (20, 20') thereby to cause said arms (22, 22') to contact each other at their said pinching surfaces trapping hair therebetween. an asymmetric disk formed of two lobes (31, 31') said disk having a first and second face, and including: a first and second sloping region between said lobes (31, 31') said first sloping region being positioned on said first face and said second sloping region being positioned on said second face of said disk; at least two pressure-transferring protrusions formed and positioned on said first face; at least one rotation-transferring protrusion formed on said first face, displaced at a predetermined angle and distance from said at least two pressure-transferring protrusions; at least two pressure-transferring protrusions formed and positioned on said second face; at least two spacer elements formed on said second face, said spacer elements being operative to prevent the accumulation of debris between adjacent said disks and to allow for periodic tilting of said disks when pressure is provided to said depilator assembly and said second face further having formed therein at least one recess configured to accommodate said at least one rotation-transferring protrusion of a similar disk of an adjacent depilator assembly in force transferring engagement, such that, in response to a rotational force applied to said assembly, said at least one rotation-transferring protrusion is operative to transfer rotation to said adjacent assembly; and a first and second sloping region between said lobes (31, 31') said first sloping region being positioned on said first face and said second sloping region being positioned on said second face of said disk; at least two pressure-transferring protrusions formed and positioned on said first face; at least one rotation-transferring protrusion formed on said first face, displaced at a predetermined angle and distance from said at least two pressure-transferring protrusions; at least two pressure-transferring protrusions formed and positioned on said second face; at least two spacer elements formed on said second face, said spacer elements being operative to prevent the accumulation of debris between adjacent said disks and to allow for periodic tilting of said disks when pressure is provided to said depilator assembly and said second face further having formed therein at least one recess configured to accommodate said at least one rotation-transferring protrusion of a similar disk of an adjacent depilator assembly in force transferring engagement, such that, in response to a rotational force applied to said assembly, said at least one rotation-transferring protrusion is operative to transfer rotation to said adjacent assembly; and first and second pincers (20, 20'), each of said pincers (20, 20') having a plurality of arms (22, 22') each arm having a pinching surface at its extremity, said first pincer (20, 22') being positioned along said sloping region on said first face, and said second pincer (20, 20') being positioned along said sloping region on said second face, and said pincers (20, 20') tilting synchronously in their respective sloping regions when pressure-transferring protrusions from similar disks of adjacent depilator assemblies press on one of said arms (22, 22') of each of said pincers (20, 20') thereby to cause said arms (22, 22') to contact each other at their said pinching surfaces trapping hair therebetween.