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Thai Nguyen
MACHINERY SPARE PARTS NO.1 JOINT STOCK COMPANY
Founded in 1968, Futu1 Joint Stock Company boasts a vast facility and a modern production system that covers casting, forging, heat treatment, and precision machining—bringing together “a thousand trades” in the mechanical engineering industry. We supply everything from automotive, motorcycle, and agricultural machinery parts to multi-sector mechanical products and complete technology lines, proudly partnering with major brands such as Honda, Yamaha, and Piaggio.
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Thai Nguyen
PHO YEN MECHANICAL JOINT STOCK COMPANY
Fomeco is the leading enterprise in precision mechanical processing. Our products include: all kinds of bearings, motorcycle parts, auto parts, conveyor rollers, spare parts for the construction industry and other mechanical products. The company always focuses on investing in modern, highly automated equipment and production lines. Fomeco is confident that it can meet the most stringent quality requirements from customers.
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Bac Giang
SUNPLA JOINT STOCK COMPANY
Our company was established in 2012 and is used in various fields such as printer parts, fax machine parts, air conditioner parts, mobile phone covers, etc.
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Bac Ninh
Hanel PT Next Tech Joint Stock Company
Hanel PT., JSC (Production, Processing and Import-Export Hanel) is a pioneer in electronics and PCB assembly manufacturing, specializing in products such as buzzers, sounders, and acoustic components, along with OEM and R&D services, import and export. With over 20 years of experience, Hanel PT is committed to delivering advanced technological solutions, top-quality products, and maximum satisfaction to its partners.
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Dong Nai
DOTA PRESSING VINA CO., LTD
Provide a variety of screws, staples, inserts, flat washers, spring washers, turning, shafts… in steel, stainless steel, brass, aluminum ..
About Gear processing machine
Gear cutting machines are machine tools essential for manufacturing gears with high precision, which are indispensable for power transmission and the conversion of rotational motion. Their applications are diverse, including automobiles, aircraft, industrial machinery, robots, and wind power generation, and they are extremely important for achieving highly efficient and quiet drive systems. The main processing methods include generative machining and form machining. Representative examples of generative machining are "hobbing machines," which continuously cut gears using a hob cutter, and "gear shaping machines," which generate tooth profiles with a pinion cutter. These handle everything from roughing to finishing for various gears, such as external gears, internal gears, and helical gears. For high-precision finishing after heat treatment, "gear grinding machines" are used, contributing to tooth surface accuracy and noise reduction. Additionally, for finishing in mass production, "gear shaving machines" and "gear broaching machines" are also utilized. These pieces of equipment play a crucial role in determining the functionality, durability, and quietness of gears.
