Companies matching Tire, wheel, and other auto parts
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Bac Ninh
Jeil-tech Vina Co., Ltd.
GLOVITECH Co., Ltd. is a Korean enterprise established in 1989, specializing in providing comprehensive metal processing solutions and manufacturing components for the telecommunications, automotive, medical, and industrial electronics sectors. With manufacturing facilities in Korea and Vietnam, GLOVITECH possesses strong production capabilities in die-casting, precision machining, metal stamping, sheet metal, surface treatment, assembly, and quality inspection. In Vietnam, GLOVITECH operates the JEILTECH VINA factory in Van Trung Industrial Park, Bac Ninh, with over 600 employees and modern equipment systems, meeting international standards such as ISO 9001, ISO 14001, IATF 16949, and ISO 13485. The company is currently a partner of many leading corporations in network infrastructure, medical devices, automotive components, and electronic equipment. With its "One-stop Metal Solution" orientation, GLOVITECH provides integrated manufacturing solutions from design, mold making, die casting, machining, coating, plating, and assembly to final product inspection. Thanks to its high technological capabilities, stringent quality management processes, and the ability to optimize cost, delivery, and quality, GLOVITECH is steadily expanding its position in the global market.
About Tire, wheel, and other auto parts
The weight category of "500g to 5kg" significantly influences a product's perceived size, ease of handling, and the choice of applicable manufacturing technologies. Products within this range are utilized in a wide array of fields, including automotive parts, casings and internal mechanisms for home appliances, precision components for industrial machinery, medical devices, various tools, and daily necessities. Representative processing methods include high-precision cutting using machining centers and press working for metal materials, injection molding for resin materials, as well as die casting, forging, welding, and surface treatment. For this weight range, selecting the optimal manufacturing process is crucial, considering product functionality, cost efficiency, mass productivity, and handling characteristics.
