Qingdao Desu Machinery Equipment Co., Ltd.

To forge an aircraft carrier in the field of air compressors: A grand blueprint for leading the industry's future. Amid the waves of industrial manufacturing and energy efficiency, air compressors, as core power equipment, directly affect production efficiency with their performance and reliability. Proposing the grand vision of "forging an aircraft carrier in the field of air compressors" aims to build an industry benchmark integrating R&D, manufacturing, and services through technological innovation, industrial integration, and global layout, possessing powerful momentum, outstanding adaptability, and strategic influence like an aircraft carrier.

The digital management model of refrigeration dryers is to build an intelligent management system covering the entire life cycle of equipment through Internet of Things, big data and artificial intelligence technologies. This model is based on real-time monitoring of equipment status and achieves fault early warning, energy efficiency optimization and intelligent decision-making through data-driven methods, ultimately improving the operational efficiency and reliability of the equipment. Core functional modules: intelligent monitoring system, predictive maintenance system, energy efficiency optimization system, digital twin system.

The modular production base, with "standardized interfaces + flexible production lines" at its core, enables rapid assembly of adsorption dryers from core components to complete machines. The design adopts a building-block structure, breaking down the dryer into independent functional modules such as adsorption towers, control systems, and filters, which can be easily connected through a unified interface. This design significantly shortens the product iteration cycle and supports flexible combination of adsorption dryers of different specifications based on customer needs.maintenance and overhaul of main engine, and installation of air compressor system.

Creating a tidy and standardized workshop storage center requires focusing on four aspects: space planning, process management, technology application, and personnel training. Area division: Divide the storage area into raw materials, processing, and finished products zones according to function, connected by overhead conveyance corridors or automated equipment to improve material turnover efficiency. Inbound and outbound regulations: Establish unified operating procedures, clarify responsible personnel, and set up dedicated storage areas for easily damaged materials. Automated systems: Introduce RFID tags or barcode technology to achieve automatic inventory sorting, checking, and tracking. Intelligent monitoring: Install temperature and humidity sensors and surveillance cameras to monitor the environment and security in real time. Clear job responsibilities: Specify the division of labor among warehouse staff, ensure accountability, and regularly evaluate performance.