Coreless DC Motors are constructed with a rotor attached to a commutator plate. Brushes providing commutation, these lightweight motors have a low starting inertia for maximum acceleration & minimal power consumption.
Designed with a flat axial air-gap, Flat DC Micromotors feature a self-supporting, ironless rotor winding. Take advantage of this motor type's zero cogging torque, smooth motion & speed control, and dynamic start-stop functionality.
PMDC Motors are robustly engineered with a brushed 2-pole DC motors and permanent magnetic fields. Their industrial design, high variability and magnetic field allows for maximum efficiency.
With permanent magnets which rotate within a fixed armature, the compact BLDC Micromotor features a brushless commutation design for long lasting performance. The Flexprint connection also allows for easy integration.
BLDC Servomotors are simply designed, with dynamically balanced rotors. Leverage this motor type's highly efficient slot-less design, low noise, and robust acceleration & deceleration features.
Engineered with a rare earth magnet and two rotating discs, the BLDC Flat Micromotor features zero cogging torque and precise speed control in a compact design.
BLDC Motors with Speed Controller feature integrated drive electronics and sensor-less electronic commutation. Take advantage of this motor type's programmable motor functions, integrated components & maximum reliability.
Stepper Motor Screws are engineered for positioning tasks requiring high accuracy. Benefit from industrial-grade, motion control accuracy, efficiency & variable length.
Piezo Linear Motors utilize a linear motor shaft driven by LEGS technology which "walk" the motor. Leverage this motor type's nanometer resolution, energy efficiency and high force output.