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A dual-shaft motor is one with shafts extending from both ends, unlike a conventional motor with a shaft extending from only one end. This design allows for more flexible power transmission and specific functions, while also saving space, making it suitable for smaller machines. Main Functions The core purpose of a dual-axis motor: one axis can be connected to the main load to drive the equipment, and the other axis can simultaneously drive another auxiliary device or another identical load to achieve synchronous operation. Applications 1. Drive two associated parts at the same time: Small conveyor belt: in the miniature assembly line, the two ends of the motor are connected […]

The auger motor is unfamiliar to many, as most people are more likely to have heard of AC motors, DC motors, brushless motors, and so on. This is because the auger motor is named for its function—primarily driving the operation of a screw mechanism to achieve material feeding. This article primarily introduces the internal structure, application scenarios, pricing, and procurement methods of the auger motor. Fengtech possesses decades of experience in auger motor production, making us a trustworthy partner. What is an Auger Motor? Simply put, its core function is to provide rotational torque, driving a large spiral auger blade to rotate, thereby achieving the purpose of pushing, conveying, and

Motorized ball valves are often used in industrial projects. This article introduces the basic structure(valve body + motor actuator) and application scenarios of motorized ball valves, common types of ball valves, and describes the differences between motorized ball valves and other types of driven ball valves. Table of Contents Add a header to begin generating the table of contents What is a Motorized Ball Valve? A motorized ball valve is a quarter-turn valve integrated with an electric actuator, used to control the flow of fluids (liquids, gases, or slurries) in pipeline systems. Its core component is a hollow perforated ball that rotates within the valve body: when the ball’s internal

With the continued development of automated industrialization, motors, as core components, have garnered increasing attention. In recent years, in particular, the increasing number of robotic arms, robots, and automated production lines have relied on motors for their power. Among various motor types, brushless DC motors (BLDCs) are gaining popularity due to their high efficiency and stability. So, which global motor manufacturers are worth paying attention to? This article compiles a list of 10 BLDC motor manufacturers in the home appliance, industrial, and smart device sectors for your reference. Company Headquarters Established Nidec Kyoto, Japan 1973 Johnson Electric Hong Kong 1959 Regal Rexnord Wisconsin, USA 1955 Maxon Motor Sachseln, Switzerland 1961

BLDC (Brushless DC) motors have become core components in automation, new energy, aerospace and other fields due to their significant advantages of high speed, low loss and long life. This article mainly shares the components of brushless DC motors and the materials they use. Structural composition of BLDC motors 1.Stator: The stator is the stationary part of the motor, which is responsible for generating a rotating magnetic field and driving the rotor to rotate. Core structure: Laminated core: A cylindrical or ring-shaped structure formed by stacking many thin, surface-insulated silicon steel sheets (good magnetic conductivity and low eddy current loss). There are evenly distributed slots on its inner circumference. Winding: