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High speed spindle servo motor
High speed spindle servo motor, with a maximum speed of up to 24000 revolutions, is designed for high-speed and high-precision machining scenarios. It adopts optimized electromagnetic design and high-precision dynamic balance technology, with stable operation, small vibration and low noise; It has the advantages of fast response, constant power output and strong overload capacity. With efficient heat dissipation structure, it can operate stably at high speed for a long time. It is widely adapted to high-speed drilling, fine carving and milling, precision machining center and other equipment, which significantly improves the processing efficiency and surface finish. It is the ideal power core of high-end equipment.
servo motor
High load, high speed, low noise, high torque High-precision five-pole-pair motor reconstructs servo performance with precision magnetic circuit design. Five-pole structure brings stronger torque output and smoother running experience, no shaking at low speed, no whistling at high speed, accurate and reliable positioning. Under the same power, the volume is smaller, the efficiency is better, the long-term operation temperature rise is lower, and the service life is longer. Provide a more reliable power core for the equipment.
Servo drive
520 Series drives support up to 23-Bit high resolution encoders for high performance precision positioning control. It has three built-in modes of position, speed and torque, which can meet the needs of diversified command control.
Diaphragm coupling
A diaphragm coupling with a very small outer diameter is a compact and high-precision transmission device, which is especially suitable for precision equipment with limited space. Its core features include: The outer diameter is 12mm and 14mm, which can adapt to precision instruments such as micro-motors and sensors. High precision transmission: torque is transmitted through metal diaphragm without clearance and wear, suitable for high speed or high precision scenes. It is often used in medical equipment, aerospace or micro-robots, precision displacement stage 3C equipment and other fields.
Coupling
Coupling is a mechanical element that connects two shafts and transmits torque. It is a key component in mechanical transmission. It is mainly used to connect two shafts and transmit torque, while compensating the deviation between shafts, absorbing vibration and buffering impact. It has a wide range of application scenarios, covering many industrial fields. For example, industrial automation equipment, CNC machine tools, 3C equipment, robots and other scenarios that need to be driven by motors.
45 # steel clamping diaphragm coupling
45 # steel clamping diaphragm coupling is a flexible coupling with metal elastic element, which compensates the relative displacement between two shafts through the elastic deformation of high-strength stainless steel diaphragm, including radial, axial and angular deviation. Its main structure is made of 45 # steel, which has the characteristics of high torque rigidity and zero rotary clearance, and is suitable for transmission systems requiring high precision control. Structural features: The coupling is composed of two shaft sleeves (45 # steel) and one or more groups of stainless steel diaphragms (usually 304 stainless steel) connected by bolts or clamping structure. The diaphragms are designed in the form of single piece or double pieces. Common clamping methods include screw clamping or expansion sleeve fixing to reduce installation errors and ensure the accuracy of shaft rotation. Support standard or non-standard keyway processing, keyway size in accordance with JS9 tolerance standard. Application: This kind of coupling is widely used in servo motor, stepper motor, screw drive and other high-precision equipment, commonly seen in robots, CNC machine tools, automation machinery, metallurgy, chemical industry, mining machinery and other industries, suitable for high temperature, high speed or corrosive medium environment, can effectively absorb vibration and transmit large torque
