Hair clipper pivot motor designed for battery power

A hair clipper, comprising:

• a hair clipper housing;
• a hair clipper bladeset operatively associated with said housing and including a stationary blade and a moving blade configured for lateral reciprocation relative to said stationary blade;
• a pivot motor mounted in said hair clipper and electrically connected to a power source within said hair clipper housing, wherein said pivot motor includes:
• a stator with a plurality of laminations;
• a bobbin located in operational relation to said stator and having a coil of wire wound around said bobbin, wherein said bobbin is provided with a coil of 26 Gauge or thicker wire;
• an armature being configured for driving said moving blade at a first end, and having at least one magnet at a second end, said armature having a pivot point;
• and
• said stator has length taken along a longitudinal axis of the hair clipper in the range of 23-27 mm and a width in the range of 28-35 mm.

A hair clipper, comprising:

• a hair clipper housing;
• a hair clipper bladeset operatively associated with said housing and including a stationary blade and a moving blade configured for lateral reciprocation relative to said stationary blade;
• a pivot motor mounted in said hair clipper and electrically connected to a power source within said hair clipper housing, wherein said pivot motor includes:
• a stator with a plurality of laminations, wherein said stator has length taken along a longitudinal axis of the hair clipper in the range of 23-27 mm and a width in the range of 28-35 mm;
• a bobbin located in operational relation to said stator and having a coil of wire wound around said bobbin;
• an armature being configured for driving said moving blade at one end, and having at least one magnet at an opposite end, said armature having a pivot point;
• a sensor associated with said clipper housing and constructed and arranged for measuring an operational stroke of said armature, and being electrically connected to a controller of said motor for adjusting motor voltage as a function of said sensed armature stroke using Pulse Width Modulation, said controller is configured so that as said sensed armature stroke decreases, said motor voltage increases.