Technical Supports

A Brushless DC Motor, commonly abbreviated as BLDC, represents a major leap forward in modern motion control. It is a […]

A stepper motor is a unique type of precision actuator, fundamentally different from a conventional, continuously rotating motor (like a

In the world of stepper motors, there are three primary types: Permanent Magnet (PM), Variable Reluctance (VR), and Hybrid. The

Within the stepper motor family—which includes Permanent Magnet (PM), Hybrid, and Variable Reluctance (VR) types—the Permanent Magnet (PM) Stepper Motor

The Brushed DC Motor is the most classic, mature, and widely recognized design in motor technology. It has a long

In modern industrial automation and precision machinery, the power transmission system is a core part of the design. Among the

A Brushless DC Motor (BLDC) is famous for its high efficiency, long lifespan, and power density. But it has one

In modern motor technology, both brushed and brushless DC motors are mature, widely-used technologies. Brushed motors are well-regarded for their

In modern industrial automation, robotics, and precision equipment, selecting the right DC motor is key to project success. Among the

Stepper motors are unique actuators celebrated for their precision and reliability in digital control systems. They are indispensable components in

In the field of mechanical power transmission, various gearbox solutions, including common spur gearboxes, worm gearboxes, and advanced planetary gearboxes,

A brushless DC motor relies on an electronic controller (driver) to perform “electronic commutation”—the process of energizing stator coils in

When selecting a two-phase stepper motor, you will encounter two fundamental terms: “Bipolar” and “Unipolar.” This terminology doesn’t describe the

When selecting a stepper motor for your application, “torque” is the most critical specification. However, stepper motor torque is defined

When you select a stepper motor, you see a “step angle” specification (e.g., 1.8°). This represents the physical angle the

Components Brief Introduction 1: Flange2: Shaft3: Front Bearing4: Circlip5: Rotor (lamination stack)6: Stator Winding7: Stator Core8: Rear Bearing9: End cap10:

Components Brief Introduction 1: Flange2: Front Bearing3: Rotor Core4: Permanent Magnet Steel5: Rotor Core 6: Winding7: Shaft8: Stator Core9: Rear Bearing10:

Components Brief Introduction 1: Flange2: Shaft3: Front Bearing4: Circlip5: Commutator6: Armature Winding7: Armature Lamination8: Housing and Stator Magnet9: Rear Bearing10: