International Manufacturing Technology Show

September 12 - 17, 2016 | McCormick Place | Chicago, IL

IMTS attendees looking at products in a booth on the show floor

Find Exhibitors / Nakamura-Tome Precision Ind. ...

Nakamura-Tome Precision Ind. Co.

Hakusan
Ishikawa
Japan

P: 81 0761 93 1111
F: 81 0761 93 4312

http://www.nakamura-tome.co.jp


My Notes


About Nakamura-Tome Precision Ind. Co.

Nakamura-Tome Precision Industry, Co. is world renowned Japanese builder of high quality multitasking turning centers, located in Ishikawa, Japan. The company was founded in 1949 by Tomeo Nakamura with only one turning center and a drilling machine in the factory. In 1974, the company introduced their first NC turning center, followed by the debut of the CNC Integrated Center in 1982. Known for their accuracy, reliability, and ease of operation, Nakamura produces machines for shops and manufacturing plants in a wide range of industries including automotive, medical, aerospace and defense.

Nakamura Tome is the premier multi-tasking turning center manufacturer, offering over 20 twin spindle machine configurations. They have established a firm position as a leader in the machine tool industry. From raw stock to complete parts in one setup, Nakamura-Tome multi-tasking machines can reduce cycle times and eliminate extra operations. Nakamura-Tome machines feature highly original and innovative functions. State-of-the-art Tool-Spindle type and Turret-Type Multitasking Machines help companies meet a wide range of needs, from low-volume, high mix production to mass production. By using advanced, cutting-edge technologies, Nakamura-Tome is determined to earn outstanding customer satisfaction.

Nakamura machines are built to run unattended and can be equipped with Bar Loaders, robots, or Gantries. They are used throughout the world to perform the most difficult turning tasks and have many unique features such as user-friendly icon menu driven controllers, production monitoring, trouble guidance and operation level control functions, which provide maximum user efficiency.