With brushless DC servo motors, you can achieve high power values without paying high costs. Brushless servo motors differ from AC servos in terms of their torque structure. When compared with AC servos, DC motors reveal their difference in terms of their characteristic features. Additionally, because DC servo motors are brushless, you do not need to perform extra maintenance. You will not experience the friction problems in DC servo motors that occur during the operation of brushed servo motors. DC servo motors, also known as BLDC servo motors, have a feedback unit.
You need to use DC servo drives to provide motion control and direct the DC servo motor on the desired axis. Looking at the usage areas of DC servo motors, they are more commonly preferred in robotic systems. You can find all the DC servo motors and drives you need for your industrial machines on our website. You can learn the prices of DC servo motors from our site and place an order immediately, and you can get technical support for installation from authorized Şahin Rulman personnel.
Brushless DC Motor
The Brushless DC Motor (BLDC motor) is a modern type of motor that has an important place in many industrial applications today. Unlike traditional brushed DC motors, brushless DC motors do not use brushes, as the name suggests. This leads to many advantages in the structure and performance of the motor.
DC Servo Motor Usage Areas
DC servo motors are frequently preferred motors in systems requiring precise motion control and high accuracy. Used to provide speed and position control, these motors can reach the target position quickly and stably thanks to their feedback mechanism. With their compact structure and ease of control, they are widely used, especially in automation systems.
DC servo motors play an active role in many fields such as robotic systems, CNC machines, 3D printers, medical devices, packaging machines, camera pan-tilt systems, automatic doors, unmanned aerial vehicles (drone systems), and laboratory equipment. When precise positioning is required on industrial production lines or when powerful and controlled motion is desired in small spaces, DC servo motors become an ideal choice. Additionally, thanks to their widespread use in education and R&D projects, they frequently find a place in engineering studies.
DC Motor Parts
DC motor parts are components that ensure the efficient and proper operation of the motor. The stator contains magnets or electromagnets that create a constant magnetic field and enable the rotor to turn. The rotor consists of windings made of copper wires that rotate within this magnetic field and create a magnetic field when an electric current passes through them. The commutator is the second important part of DC motor parts; it ensures the continuous rotation of the motor by changing the direction of the current during the rotation of the rotor. Brushes are DC motor parts made of carbon or graphite that provide the electrical connection with the commutator, and by remaining in constant contact during the movement of the rotor, they ensure the transmission of electric current to the rotor. Bearings ensure that the rotor moves with minimum friction on its axis of rotation, thereby increasing the efficiency of the DC brushless DC motor and reducing wear.
Brushless DC Servo Motor Prices
Brushless DC servo motor prices vary depending on various factors such as the motor’s power and torque capacity, size, integrated technologies, brand, and manufacturer. These motors, used in applications requiring high performance and precision, can be more expensive when they include features like high-resolution encoders and advanced control circuits. With the privilege of Şahin Rulman, you can immediately acquire brushless DC servo motors in the $135-$165 price range.
