50% Cost Saving Low Cogging Force Long Stroke Direct Drive Linear Motor Module for Photovoltaic Panel Manufacturing

Product Overview 50% cost saving Low cogging force long stroke direct drive linear motor module for photovoltaic panel manufacturing The stator of the magnetic-track-free(MTF)linear motor does not use magnets, but the powder magnetic conductive materials. This material with the features of high permeability, high saturation flux and is easy to manufacture by metallurgical die casting. MTF linear motors put the magnet inside the actuator, and when the actuator moves,the corresponding magnet moves. That is, the motor will have the excitation of the magnet with movement, the magnet movement to which part, which part of the electromagnetic force. Thus, as the rotary permanent magnet synchronous motor,the magnet utilization rate reaches 100%,no extra magnet is exposed. As a result, the cost of linear motors is greatly reduced and safety is improved. ALM Linear Motor Module Video Show MTF Linear Motor VS Conventional Linear Motor MTF Linear Motor We proposed the Magnetic-track-free linear motor for the first time in industry based on the innovation in the magnetic field theory. The stator does not need the PMs any more, which can save massive rare-earth materials bring at least 70% cost saving, particularly on long track linear motors. By iteratively optimizing the design and the manufacturing craft, MTF linear motor obtained the extremely high force density, operating speed and moving precision. Conventional Linear Motor Linear motor moves by the magnetic force produced by the magnetic field between stator and mover, so the mover and the stator are untouched. For the conventional linear motors, whether for the iron core or the ironless core linear motors, they need to lay the magnetic track built by the permanent magnets on the stator, so the motor can move by the magnetic force produced by the coil-generated magnetic field and the PM generated magnetic field. ALM Product Show Linear Motor Module Dimension Linear Motor Module Applications ALM