Press release -
Nidec Group’s Four Machine Tool Companies to Exhibit at CCMT2026
Nidec Corporation (TSE: 6594; OTC US: NJDCY) (the “Company”) announced today that its four machine tool companies - Nidec Machine Tool, Nidec OKK, PAMA, and Takisawa Machine Tool - will participate in the China CNC Machine Tool Fair 2026 (CCMT2026) in Shanghai, China, from April 21 to 25. At the exhibition, the four Nidec Group companies will showcase eight of their latest machine tools, along with a range of products, technologies, and solutions designed to achieve high-efficiency production through high-precision machining and integration with automation systems.
In particular, the companies will present comprehensive machining solutions that support the advancement of manufacturing in industries undergoing rapid technological innovation, including electric mobility, robotics, and digital infrastructure. By leveraging its extensive lineup—ranging from lathes and machining centers to gear cutting machines and large-scale equipment—the company is committed to solving manufacturing challenges in China and across the globe through its collective strengths and robust global service network.
About China CNC Machine Tool Fair 2026 (CCMT2026)
Official website: http://www.ccmtshow.com
Dates: Tuesday, April 21 – Saturday, April 25, 2026
Venue: Shanghai New International Expo Centre (Pudong, Shanghai, China)
Categories
Nidec is the world's leading comprehensive motor manufacturer, specializing in "everything that spins and moves," with a strong focus on the motor business. Nidec's extensive product lineup, which ranges from small precision motors to ultra-large motors, leverages the technological capabilities of its approximately 340 group companies across 46 countries. These products are used in various fields, including IT equipment, automobiles, motorcycles, commerce, and industry. We remain dedicated to providing the world with indispensable products and solutions at an overwhelming speed, utilizing technologies aimed at lightness, thinness, shortness, compactness, and efficiency.
