新葡的京集团35222

Zhongzi Electromechanical was registered on December 14, 2010. From the very beginning, the company set the development goal of independent research and becoming an expert in electromechanical control. It developed and launched the Ultra-Start Rapier Loom Control System. The company conducted prototype debugging and acceptance with well-known domestic OEM clients such as Shandong Rifa and Zhejiang Wanli, becoming their long-term strategic partner. With the expansion of production scale, the company established and improved various management processes and drafted industry standards for rapier loom control systems, leading the direction of industry development. In August 2019, the company underwent a comprehensive resource integration, introducing Fujian Ruineng Technology (stock code: 603933) as a strategic shareholder to inject stronger technological capabilities into the development of textile machinery controllers. The company is committed to becoming a leading supplier of automated equipment control products and integrated solutions. By 2022, the company's contract value was nearly 100 million RMB, with a leading market share in its niche segment, and it has also planned projects for energy-efficient switched reluctance motors and position sensors. 

Currently, the company holds patents for inventions and utility models, software copyrights, and product registration certificates. It is recognized as a national high-tech enterprise. In 2017, it was awarded as the Most Growing Small and Medium-Sized Enterprise in Hangzhou (4th edition), in 2019 it was listed among the Top 100 Innovative Enterprises in Zhejiang Province, and in 2022 it received the Zhejiang Provincial Specialized, Refined, Distinctive, and Innovative SME Award. In 2023, the industry standard "Digital Control System for Rapier Looms," for which the company served as the primary drafting unit, was officially released with the number FZ/T 99022-2023. This standard applies to digital control systems for pattern-programmable rapier looms with electronic warp let-off and electronic take-up.