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Profile for fuleixi001
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Description Since different industries and processes have specific requirements, the linear actuator marketplace offers several options. Let's take a look at some of them pneumatic actuators:  ?Motorized screw type actuators: These are among the basic and cost-effective linear actuators. They operate with the help of DC current and some form of position feedback (rotary or linear encoder) and stepper motors and are widely used because of their easy controllability and cost effective, compact design. They offer travel ranges up to 50mm (2 inches) and resolution down to the 50 nanometer ranges. ?Ceramic Ultrasonic Piezo Motor Actuators: This variety of ceramic actuators is equipped with high-speed piezo motors and drives. With these, you could reach a velocity of up 400mm/second. The working principle is non-magnetic and vacuum compatible making them suitable for use in magnetic fields such as MRI or SEM. They offer enhanced value owing to their compact size. ?Compact piezo stepping motor actuators: They offer forces up to 10N and a resolution that is less than 0.1nm. These ultra-precision actuators have a self-locking-at-rest feature and they offer travel which is essentially unlimited. They can be used for motion control in strong magnetic fields and in high-energy physics, semiconductor and space applications. ?High-force piezo stepping motor actuators electric actuators: These linear actuators are suitable if you need forces up to 800 N for your processes. They provide high accuracy and reliability with a very long service life. These actuators are preferred because they provide high performance with sub-millisecond response. They have a self locking feature at rest, and hence require no holding current. Applications are also in strong magnetic fields and in high-energy physics, semiconductor and space applications, MRI and SEM. Latest activities Tags |
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