申请免费试用及演示
联系人
手机号
公司名称
立即申请
申请免费试用
当前位置: 精选案例 > Smart Industrial Parks
Jiangxi Yingtan High-tech Zone Copper Industry Digitalization Project

发布时间:2022-08-05 10:59:08

Project Background


Copper is one of Jiangxi Province's strongest traditional industries, ranking among the leading clusters in China and holding significant global influence. Yingtan—known as the "World Copper Capital"—is a city that grew and prospered because of copper. As the industry continues to evolve, the local copper sector now faces several challenges:


- Homogeneous "regional-economy" development across the copper industry, with disorderly copper processing and recycled-copper operations.

- Numerous small and medium-sized copper enterprises with limited scale and low maturity—80% of them operating extensive, low-tech production models dominated by traditional contract manufacturing.

- Weak product R&D capabilities, insufficient manufacturing capacity, low technological sophistication, lack of high-end talent, and inadequate intelligent-manufacturing and technological-innovation capabilities.


To improve the current situation and promote development, the Yingtan High-tech Industrial Development Zone partnered with Morewis to enhance enterprise informatization and build digital factories, creating a digital-ecosystem model that drives high-quality, cross-domain industrial growth.


ScreenShot_2025-12-09_165731_328.png


Implementation Overview


- Integrated Promotion and Service Platform for the Copper Industry.

- Digital-Transformation Service Platform for Small and Medium-Sized Copper Enterprises.

- Product Quality Traceability Management Platform.


Implementation Benefits


By integrating modules such as production and manufacturing, operational management, and industrial B2B transaction services, the system enables data interoperability, enhances the value chain, and optimizes the industrial chain.


- Achieves industry-wide collaboration

- Enables shared services

- Realizes digital manufacturing

- Reduces costs and improves efficiency