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As emerging industries continue to accelerate the demand for high-performance electric motors, advanced manufacturing technologies are becoming increasingly critical. At CWIEME Shanghai 2026, held from June 24 to 26 at the Shanghai World Expo Exhibition & Convention Center, NIDE Tech, a global provider of motor manufacturing equipment, automated production lines, and turnkey motor manufacturing solutions, showcased its latest intelligent manufacturing technologies for the next generation of electric motor production.
During the exhibition, NIDE Tech was also invited to an official interview with the CWIEME Shanghai media team, where the company shared its vision for future growth, discussed industry trends, and introduced its long-term strategy for building a more integrated motor manufacturing ecosystem.
At this year's exhibition, NIDE Tech presented a comprehensive portfolio of motor manufacturing solutions designed for rapidly growing industries, including electric vehicles (EVs), humanoid robots, and drones (UAVs).
The showcased solutions included:
- Hairpin motor winding technologies for EV drive motors
- Brushless motor winding equipment
- Drone motor production lines
- Flexible automated production lines
- Digital Twin technology for intelligent manufacturing
To address the increasing demand for higher production efficiency and manufacturing consistency, NIDE Tech demonstrated intelligent equipment covering key manufacturing processes such as winding, assembly, testing, and quality inspection. Through complete automated production lines, the company enables customers to achieve highly efficient, consistent, and scalable mass production while improving manufacturing flexibility and product quality.
During the interview, NIDE Tech highlighted one of its core strategic initiatives—the Motor Manufacturing Ecosystem.
As the motor manufacturing industry continues to evolve, customers increasingly require more than standalone equipment. They are looking for integrated capabilities that support the entire manufacturing lifecycle, from product development and engineering validation to supply chain management and mass production.
To meet these evolving needs, NIDE Tech has established a comprehensive ecosystem built around three complementary business pillars.
Through its Early Development Involvement (EDI) services, NIDE Tech works closely with customers from the earliest stages of product development. The company provides collaborative motor design support, manufacturing process development, Design for Manufacturability (DFM) analysis, process validation, pilot production, and mass production implementation. By participating early in customers' projects, NIDE Tech helps reduce development risks, shorten product development cycles, and accelerate time-to-market.
As a comprehensive provider of motor manufacturing solutions, NIDE Tech delivers intelligent manufacturing equipment and automated production lines covering the entire motor manufacturing process, including stator production, rotor production, final motor assembly, testing, and complete turnkey production line integration.
NIDE Tech also introduced its Motor Components Purchasing Platform (MCPP), a one-stop sourcing platform for motor components. The platform integrates high-quality suppliers of critical motor components, including bearings, commutators, insulation materials, carbon brushes, thermal protectors, and other essential parts, providing customers with a reliable, efficient, and globally integrated supply chain.
By combining intelligent manufacturing equipment, engineering expertise, and global supply chain resources, NIDE Tech continues to help customers build smarter, more digitalized, and highly flexible motor manufacturing systems that support sustainable business growth.
During the interview, NIDE Tech also shared its insights into the future of the motor manufacturing industry.
In recent years, the rapid growth of the electric vehicle (EV), drone (UAV), and humanoid robotics industries has significantly increased the global demand for high-performance electric motors. As a result, manufacturers are placing greater emphasis on production efficiency, automation, manufacturing precision, and flexible production capabilities.
At the same time, shorter product development cycles and faster market iteration are driving higher expectations for manufacturing consistency, digital production management, and globally coordinated supply chains. These evolving requirements are reshaping the way motor manufacturing solutions are designed and implemented.
NIDE Tech believes that future competitiveness in the motor manufacturing industry will extend far beyond the performance of individual machines. Sustainable success will increasingly depend on the seamless integration of engineering expertise, advanced manufacturing technologies, and global supply chain capabilities.
By enabling close collaboration throughout the entire product lifecycle—from product development and process validation to automated production and large-scale manufacturing—manufacturers can bring innovative products to market more quickly while ensuring stable quality, higher productivity, and long-term manufacturing competitiveness.
Looking ahead, NIDE Tech will continue to strengthen its technology-driven innovation strategy while expanding its presence in strategic growth markets, including electric vehicles, humanoid robotics, and drone motor manufacturing.
The company will further enhance its capabilities across intelligent motor manufacturing equipment, automated production lines, the Motor Components Purchasing Platform (MCPP), and Early Development Involvement (EDI) engineering services, providing customers with more comprehensive and efficient one-stop motor manufacturing solutions.
Guided by its Motor Manufacturing Ecosystem strategy, NIDE Tech is committed to working closely with global partners to accelerate the digital transformation of motor manufacturing. By integrating intelligent equipment, engineering services, and supply chain resources, the company aims to help customers build smarter, more flexible, and highly efficient manufacturing systems while creating greater value for the global advanced manufacturing industry.
