3G25UM

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Part Status:	Active

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3G25UM is an advanced type of metal-oxide-metal (MOM) micro-electro-mechanical systems (MEMS) technology. It is a general purpose, low cost, high precision linear motion actuator with low power consumption and high resolution. The 3G25UM is a non-contact magneto-mechanical device consisting of two micromachined copper plates and two stainless steel walls. The device is powered by a DC voltage and provides very precise displacement of the two walls in response to a small amount of current.The 3G25UM has many applications in the industrial and medical sectors. In the medical sector, 3G25UM can be used for precise positioning of medical instruments and for small surgical operations. In the industrial sector, 3G25UM technology is used for high precision micro-motor drive actuation, and can be used in high precision machining, printing, and laser systems.The main components of the 3G25UM are the two stainless steel walls, the two magnets, and the two micro-machined copper plates. The two copper plates are micromachined to create a pair of two-dimensional channels in the copper surface. The two magnets are placed in the copper channels and serve as linear motors. By changing the voltage applied to the two magnets, the two walls move relative to one another.The basic operating principle of the 3G25UM is based on the following four steps. First, a voltage is applied to the two magnets, creating a magnetic field. Second, the magnetic field interacts with the magnetic field of the two walls, pushing and pulling the walls relative to each other. Third, the displacement of the two steel walls is determined by the relative position and strength of the two magnets. Finally, the displacement of the two walls is monitored and translated into a physical action which can then be used for various applications.The 3G25UM is a low-cost, low-power device with high precision and flexibility, making it an attractive solution for many industrial and medical applications. The device has a low profile and is easy to install, making it an ideal choice for miniature applications such as medical instruments or high-precision machining tools. Additionally, its low power consumption and high resolution make it an attractive solution for applications requiring high accuracy and precision. The device can also be used in applications which require precise movement over long distances or for applications which require high speed movement. Its flexibility to be used in a variety of industrial and medical applications makes it an ideal solution for a range of industrial and medical applications which require precise displacement.

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