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Ha Noi
Mekamic JCS
The company's factory has equipment for precision metal machining. Under the staff of an experienced and competent Vietnamese factory manager, cutting is performed mainly on NC lathes and machining centers in a temperature controlled environment. The inspection system is equipped with a three-dimensional measuring machine, CNC image measuring machine, and various Japanese-made inspection instruments to create an environment that satisfies the quality control requirements. Subcontractors can also handle post-processing heat treatment, secondary treatment such as plating, and tertiary treatment.
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Ha Noi
TORA VIET NAM TECHNOLOGY DEVELOPMENT .,JSC
TORA VIET NAM TECHNOLOGY DEVELOPMENT.,JSC is a unit operating in the field of mechanical engineering. Our products mainly are concentrated on the types of Molds and Jig. With a team of engineers, skilled workers, trained at the prestigious domestic and abroad universities, synchronous machine systems, manufacturing processes management meets standards of ISO 9001-2015, 5S...
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Ha Noi
SYNCE TRADING COMPANY LIMITED
CNC cutters, CNC machine accessories, punching mold processing, details, jigs, jigs for Japanese and Vietnamese companies
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Ho Chi Minh
NAKASEIKI VIETNAM COMPANY LIMITED
NAKASEIKI VIETNAM COMPANY LIMITED, a subsidiary of Nakaseiki (Japan), specializes in assembling and distributing NAKA hand presses and high-precision air chucks. With Japanese technology and local support, we provide compact, durable, and accurate equipment that enhances safety, increases productivity, and is easy to maintain. In addition, we offer ultra-precision machining based on customer drawings.
About Gear grinding
Gear grinding is a finishing process that precisely grinds the tooth surfaces of gears after heat treatment. Its main purpose is to remove tooth profile distortion and surface roughness caused by heat treatment, and to improve tooth profile and lead accuracy, as well as pitch accuracy. This dramatically improves the gear's transmission efficiency, quietness, and durability. Representative machining methods include generative grinding and form grinding. Generative grinding is a method that uses a worm-shaped or rack-shaped grinding wheel to continuously generate the tooth profile, offering high versatility. On the other hand, form grinding is a method that directly grinds the tooth surface with a grinding wheel matched to the tooth profile, allowing for efficient processing of high-precision tooth profiles. It is an indispensable technology in fields such as automotive transmissions, aircraft components, industrial robots, and precision reducers, where high reliability and performance are required. High-performance grinding wheels such as CBN wheels are used to achieve micron-order precision.
