UG-ACT C8251-758 Woodward UG actuators

UG-ACT C8251-758 Woodward UG actuators

UG-ACT C8251-758 UG actuator may refer to UG series electric linear actuator, which is a device that converts the rotational motion of the motor into linear motion.

UG actuators usually have the following characteristics:
1. High precision: The use of high precision transmission mechanism and sensor, can achieve high precision linear motion.
2. High speed: It has a high movement speed and can quickly respond to control signals.
3. Large thrust: can provide large thrust, suitable for heavy load conditions.
4. A variety of control methods: support a variety of control methods, such as manual control, automatic control, remote control, etc.
5. Easy installation and maintenance: Modular design, easy installation and maintenance, you can easily replace the faulty module.

UG-ACT C8251-758 UG actuators are widely used in industrial automation, machinery manufacturing, medical equipment and other fields, used to control the linear motion of robots, machine tools, medical equipment and other equipment.

UG actuator is a device that uses the pressure, momentum, energy and other effects generated by the interaction of light and matter to achieve drive, control and operation. It is a new kind of micro and nano scale actuator, which has the advantages of high precision, high speed, high efficiency, low energy consumption, etc., and has a wide application prospect in micro and nano robot, micro and nano operation, micro and nano manufacturing.

UG-ACT C8251-758 The working principle of the UG actuator is based on the photodynamic effect, that is, through the pressure, momentum, energy and other effects generated by light irradiation on the surface of the substance, to achieve the drive and control of the substance. It is usually composed of an optical emitter, an optical receiver, a micro-nano channel, a substrate, etc., wherein the optical emitter is used to generate the laser beam, the optical receiver is used to receive the laser beam and convert it into mechanical energy, the micro-nano channel is used to guide the laser beam and convert it into mechanical energy, and the substrate is used to support the entire device.

The advantage of UG actuators is their high accuracy and speed. Due to the very small diameter of the beam, precise control and manipulation of tiny objects can be achieved. At the same time, the speed of the beam is very fast, and high-speed drive and control can be achieved. In addition, the energy efficiency of the UG actuator is also very high, because it directly converts light energy into mechanical energy, without the energy loss of the intermediate link.

In short, UG actuator is a new type of micro and nano scale actuator, which has the advantages of high precision, high speed, high efficiency and low energy consumption, and has a wide range of application prospects in micro and nano robot, micro and nano operation, micro and nano manufacturing and other fields.