Motor core made of soft magnetic composite material using powder metallurgy method.
A magnetic core with high shape freedom and low iron loss in the high-frequency range is produced using powder metallurgy of soft magnetic composite materials. By compressing powdered materials, it is possible to optimize the core shape, achieving miniaturization and high efficiency of motors. Additionally, by applying an insulating coating to the soft magnetic powder material, eddy currents generated as the rotation speed increases are suppressed within the powder.
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basic information
12-segment core Molding machine 100t Material Somaloy 700 3P Weight 44.3 g Height 28 mm
Price range
Delivery Time
Applications/Examples of results
Motor core for axial gap motors
Company information
Taisei Monac Co., Ltd. is a machinery parts manufacturer with its headquarters and factory located in Higashi-Osaka City, and its own factories in Taiwan and China. The company specializes in sintering, aluminum extrusion, flexible shafts, OEM for finished machines, and product models, supplying parts and finished products to manufacturers of general-purpose engines, small outdoor machinery (such as brush cutters, chainsaws, hedge trimmers, etc.), two-wheelers, four-wheelers, agriculture, industry, and construction machinery. In the field of sintering and powder metallurgy, the company has its own manufacturing facilities in Taiwan equipped with powder metallurgy production equipment such as molding, sintering, and heat treatment furnaces, primarily producing in-house sintered parts like clutches, gears, sprockets, rotor pumps, cams, and oil-impregnated bearings. The low-cost production from Taiwan (especially for molds) allows for small lot production. As a development-oriented company, it is currently engaged in research and development of high-density sintering that achieves a density of over 7.5 g/m3 using soft magnetic materials for molded powder magnetic cores and sintered joints. Additionally, the product model division utilizes technologies such as silicone casting, machining, 3D printing, and painting to produce modeling models, functional samples, replicas, and small lot parts.
