Our Micro Motor Drill Step less, smooth speed adjustment from 3,000-35,000 rpm. Precision machining achieved bur eccentricity within 0.02 mm. DC core less micro motor used for quick motor response and smoother rotation over full speed range. The hand piece is compact, lightweight, and well fits to user’s hand. User can use it for a long period of time without fatigue. The hand piece is provided with the special dust proof mechanism which prevents entry of cuttings and other foreign substances into the ball bearings, thereby ensuring high durability. Functions and performance desired for laboratory motors are highly emphasized in conception and packaged in a cutely designed control unit. Over-current protector functions immediately and stops the micro motor for safety. Electronically achieved to minimize impact at start to the operator’s hand, and this also extends device longevity

Our Micro Motor Drill Step less, smooth speed adjustment from 3,000-35,000 rpm. Precision machining achieved bur eccentricity within 0.02 mm. DC core less micro motor used for quick motor response and smoother rotation over full speed range. The hand piece is compact, lightweight, and well fits to user’s hand. User can use it for a long period of time without fatigue. The hand piece is provided with the special dust proof mechanism which prevents entry of cuttings and other foreign substances into the ball bearings, thereby ensuring high durability. Functions and performance desired for laboratory motors are highly emphasized in conception and packaged in a cutely designed control unit. Over-current protector functions immediately and stops the micro motor for safety. Electronically achieved to minimize impact at start to the operator’s hand, and this also extends device longevity