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Automobile industry: Compared with traditional powder metallurgy process and injection process, products manufactured by MIM process are featured with improved material properties, more adaptability for complex structure and higher performance. Therefore, the MIM process has been gradually recognized and widely used in many fields of the automobile industry: turbocharger, gearbox, EPB (Electrical Parking Brake), interior and exterior decoration and some core structural components etc. The automobile industry generates the largest demand for MIM products, which are mostly used in the powertrain parts and transmission system parts that require high temperature and high wear resistance.
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Consumer electronics industry: The MIM technology was used in the parts and components of consumer electronics in the beginning. After decades of development and improvement, the MIM technology is now extensively used in a vast number of fields including mobile phones, computers, wearable devices, video, audio and entertainment equipment. At present, the development of flexible display screen hinge is driving the MIM technology to be more precise, complex and high-strength. A great number of parts and components in the consumer electronics are manufactured by MIM technology, mainly mobile phone mount, computer rotating shaft, smart watch case, headset shaft, etc., securing high degree of industrialization and stable market share for MIM technology.
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Optical communication industry: In the era of big data, a large number of optical communication modules are used in supercomputing centers, data centers, 5G base stations, etc. The MIM technology, due to its cost-effectiveness and higher productivity, has been adopted in the manufacturing of the core structural parts of the modules, gradually replacing traditional processes. At present, tungsten copper alloy, kovar alloy and stainless steel can be MIM processed, which have been extensively used in various kinds of modules such as Tosa Base, Rosa Base, Housing Body, Heatsin, Receptacle Clamp and so on.
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Medical industry: In recent years, the medical industry has developed rapidly, and the demand for medical equipment has also kept growing. However, the capacity of the traditional machining technology is unable to meet the increasing demand for metal structural parts. The MIM technology, by virtue of the high productivity and high accuracy of mold injection as well as much lower cost than the traditional machining technology, well meets customer needs and develops quickly. At present, the MIM technology has been successfully used in the fields of ultrasonic knife, clip applier, biopsy instrument, anastomat and so on, and will gradually replace other traditional processes in the future.
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