Company Directory › Windings › Alternatives

Windings alternatives

Windings, Inc. is a 100 percent employee-owned ESOP United States manufacturer headquartered in New Ulm, Minnesota, founded in 1965, building custom motors, generators and electromagnetic components for mission-critical applications across aerospace, defence, oil and gas, renewable energy, motorsports and medical sectors, with no public funding rounds disclosed. Wisson Robotics, known in Chinese as Wanxun Technology, is a Shenzhen soft-robotics company presenting itself as a global leader in soft robots built on its Pliabot flexible-muscle technology and a somatic-AI approach; it serves building services, wind energy and EV charging, with products sold across many countries company-stated, and approximately RMB 300M, about US$41M, cumulative funding per company announcements. WITTENSTEIN SE, family-owned and based in Igersheim, Germany, founded in 1949 as Dewitta and formed as WITTENSTEIN SE in 2008, supplies precision planetary gearboxes, servo actuators and mechatronic drives, stating around 2,900 employees at more than 40 sites worldwide, for robotics, machine tools, medical technology, aerospace, packaging and general automation. Wonik Robotics, headquartered in Pangyo, Seongnam, South Korea, builds industrial automation on robotics and AI as a subsidiary of Wonik Holdings, listed on KOSDAQ. Juxie Intelligent Drive, based in Wuxi, China and founded in 2019, mass-produces joints inside other companies' robots, including harmonic reducers, micro drives, encoders and force sensors, for 500-plus customers company-stated among humanoid and industrial robot makers in China. Custom-motor buyers can contrast Wisson soft effectors, WITTENSTEIN gearboxes, Wonik automation, and Juxie joint modules.

Alternatives to Windings

Wisson Robotics (Wanxun Technology)

Wisson Robotics, known in Chinese as Wanxun Technology, is a Chinese soft-robotics company that presents itself as a global leader in general-purpose soft robots built on its Pliabot flexible-muscle technology and a somatic-AI approach, in which a flexible body provides native tactile perception and passive adaptation to unpredictable physical environments.