Motors

Permanent Magnet Stepping Motors

Minebea 2-phase PM stepping motors employ a simple design using a permanent magnet as a rotor. As the worldwide market leader for PM stepping motors, we can deliver the highest quality through our vertically integrated manufacturing process. If you need a custom option to meet specific performance requirements, we offer many variations to our standard lineup such as custom shafts, windings, hall sensors and more.

Types

Standard, High Speed, Linear, Miniature, With Gearbox

Standard Permanent Magnet Stepping Motor from Sunwa

Standard

High Speed Permanent Magnet Stepping Motor from Sunwa

High Speed

Linear Permanent Magnet Stepping Motor from Sunwa

Linear

Miniature Permanent Magnet Stepping Motor from Sunwa

Miniature

Permanent Magnet Stepping Motor with Gearbox from Sunwa

With Gearbox

DC Motors

An inner rotor motor operates based on interaction between the interior moving magnet (rotor) and the exterior housed stationary magnet wires (stator). Inner rotor motors are traditionally used for quick acceleration and high speed applications that can benefit from improved heat dissipation characteristics in a compact mechanical envelope.

Types

Brushless Standard Performance Inner Rotor, Brushlesss High Performance Inner Rotor, Brushless High Power Outer Rotor, Brushless Compact Outer Rotor, Frameless Brushless, Brush (Square, Round, Flat), High Performance Square Brush, Brush with Gearbox

Brushless Standard Performance Inner Rotor DC Motor from Sunwa

Brushless Standard Performance Inner Rotor

Brushless High Power Outer Rotor DC Motor from Sunwa

Brushless High Power Outer Rotor

Brushless Compact Outer Rotor DC Motor from Sunwa

Brushless Compact Outer Rotor

Frameless Brushless DC Motor from Sunwa

Frameless Brushless

High Performance Square Brush DC Motor from Sunwa

High Performance Square Brush

Brush with Gearbox DC Motor from Sunwa

Brush with Gearbox

Hybrid Motors

A Hybrid Stepping Motor consists of an axially magnetized rotor which interacts with the stator coils by alignment of various "teeth" like projections in their respective structures. These motors are inner-rotor and have low inertia which is favorable for responsiveness and quick acceleration applications that require start-stop motion. Hybrid motors also provide the highest available torque density from the family of stepper motors with very high accuracy and repeatability.

Types

Standard Stepping, High Torque, With Positional Sensor, With Hollow Shaft, With Gearbox, Linear, Long Life, With Electric Gripper, With Brake

Standard Stepping Hybrid Motor from Sunwa

Standard Stepping

Hybrid Motor with Positional Sensor from Sunwa

With Positional Sensor

Hybrid Motor with Gearbox from Sunwa

With Gearbox

Linear Hybrid Motor from Sunwa

Linear

Hybrid Motor with Electric Gripper from Sunwa

With Electric Gripper