Stepper motors with low speed and high torque equipment make the transmission shorter which means higher reliability, higher efficiency, smaller clearance and lower cost. It is this feature that makes stepper ideal for robots, since most robot movements are short distances requiring high acceleratio
Read MoreSpindle motorThe spindle motor of the CNC is a high-speed motor. CNC spindles are compatible with many industrial 3-axis and 5-axis CNC routers, CNC mills and robots. CNC motors are used in manufacturing plants for cutting plastic, wood, metal, foam and composite materials. Spindle motors are availa
Read MoreThe brushless DC motor consists of a motor body and a driver, and is a typical mechatronic product. Because the brushless DC motor operates in a self-controlled manner, it will not add a starting winding to the rotor like a synchronous motor with heavy-load starting under variable frequency speed re
Read MoreStepper motor acceleration and deceleration When the stepper motor starts, the pulse frequency should be gradually increased, and the pulse frequency should be gradually reduced during deceleration. This is often referred to as the "acceleration and deceleration" method.
Read MoreWHAT IS A STEPPER MOTOR AND HOW IT WORKS? In this article we will discuss what a stepper motor is and how it works.What is a Stepper Motor and How it Works,and this lesson, you will learn about motion n Engineer Gastreich 018 control using different types of motors available,d HM ediffeng betwee primarily stepper and servo motors.
Read MoreAdvantages and disadvantages of brushless dc motor 1、Advantages of Brushless DC motor Brushless DC motors have many advantages our the traditional brushed DC motors. Few of the advantages are discussed below in detail 2、Disadvantages of Brushless DC motor Just like in all the other devices, brushless DC motors also have few shortcomings as compared to other motors. As brushless DC motor outperforms brushed DC motor in many cases, however, brushless DC motor also has few shortcomings which are discussed below:
Read More