We have a management system centered on research and development, market-oriented, and product manufacturing. The company invests 5% of its annual sales revenue in product research and innovation, while also possessing core technologies such as chip research and development, bonding, plastic packaging, SMT, etc., to meet the constantly changing market demands and ensure its core competitiveness and position in the rapidly changing automotive industry.
We combine ERP, PLM, MES, WMS and other information systems with lean production concepts to establish a standardized and rapidly replicable full business information system. Our goal is to build Dijiang Drive's own intelligent transformation platform for automotive products, integrating "business flow, logistics, information flow, and capital flow", further connecting the entire supply chain data, realizing data exchange between customers and suppliers, creating a collaborative and win-win data interconnection environment, and enhancing customer value. We use unified data standards to explore the value of big data and achieve data transparency and visualization throughout the entire management process. This further enhances the stability of the equipment, accelerates management response speed, optimizes manufacturing process capabilities, releases labor productivity, and promotes continuous improvement, providing customers with more stable, reliable, and efficient products and services.
We provide system solutions for digital, automated, and intelligent factories, covering multiple dimensions such as process planning, logistics transportation, quality inspection, on-site management, and operational analysis, from solution design to integrated development, engineering implementation, and after-sales service. Our focus is on automated equipment, digital production lines, and lean processes. These solutions can meet customers' requirements for processability, flexibility, and digital integration. At the same time, in the four automation dimensions of process, logistics, auxiliary integration, and detection, key cutting-edge technologies such as collaborative robots, AGVs, unmanned warehouses, RFID, visual inspection, and facial recognition are widely explored and applied to further enhance the technological, flexible, and automated level of future equipment. We have been deeply involved in the field of lean management for a long time. Through our rich lean production practices and professional talent team, we can provide clients with professional lean consulting, including job combinations, production line layouts, advanced scheduling, and other aspects. By creating highly flexible, automated, and efficient production lines and manufacturing systems, we aim to enhance the flexibility and stability of the manufacturing process, and help customers improve their core competitiveness.