DC Motors & DC Gear Motors

At any stage throughout your DC motor selection process, our team of dedicated engineers will collaborate with you to ensure that we provide the optimal motor solution.

A Brushless or BLDC motor converts supplied electrical energy into mechanical energy using electromagnets in the stator to spin permanent magnets on the rotor, without the need for brushes. Brushless motors offer high efficiency and feature superb controllability.

There are a few ways to control bldc motors. This articles explains different brushless dc motor control options along with the benefits of each.

Brushless and brushed motor types are an excellent choice for any electronic device, learn about their differences and which is best suited for your next design.

Learn about how DC Motors and Gear Motors function and how to properly select the right motor or gear motor for your application.

Learn how to read and interpret any type of dc motor or gear motor performance curve. We will show you the basics and also highlight some key points to focus on to help you fast-track your motor selection.

Planetary gear motors and Spur gear motors are the two most common types of gear motors used in industrial applications. When trying to decide which gear motor is best suited for your application, there are a few key aspects to keep in mind

A servo motor is a rotational or translational motor to which power is supplied by a servo amplifier and serves to apply torque or force to a mechanical system, such as an actuator or brake. Servo motors allow for precise control in terms of angular position, acceleration and velocity.

A stepper motor is a brushless DC electric motor that moves in precise angles, called steps, by converting a series of electrical pulses into rotational motion. Stepper motors fill a unique niche in the motor control world.

Stepper motors and Servo Motors both have distinct advantages and serve as common solutions for motion control projects. Determining the best motor relies on your desired specifications and your application's requirements.

All gearboxes have mechanical torque limits. We explain how to interpret and manage gear motor performance to avoid gearbox failure.