Steel component processing

◎ Component information management

The company has abandoned the fragmentation of the traditional management model, activated the company's overall planning ability, promoted the high degree of integration and seamless connection of engineering design, procurement, manufacturing and construction, and realized the high degree of organization of engineering construction.

The management mechanism ensures the integrity and full coverage of the quality and safety management system, and can effectively implement the quality and safety responsibilities of all parties; It is conducive to giving full play to the advantages of the technical system, promoting the integration of technology and management, achieving fine management, comprehensively improving project quality and ensuring safe production.

By studying the technology of factory automation production and information management based on BIM CAM and MES, and developing the computer-aided processing (CAM) technology of parts and components based on BIM model and the information management system of component production (MES), BIM information can be directly imported into the central control room of the factory without the need for secondary information entry. Realize the automatic production of equipment, and realize the integration of design and production through information technology.

In order to meet the dual requirements of rapid installation of prefabricated houses, accelerating the production schedule of precise components and production quality, The company is equipped with laser cutting machine, bending machine, plate levelling machine, plate bending machine, box setting machine, thick plate deformation correction machine, a whole set of CNC drilling machine imported from Japan (plane, three-dimensional), Japan and the United States imported various welding methods of automatic welding equipment (submerged arc welding, gas welding, high frequency welding, etc.), large shot blasting machine, intelligent special-shaped steel structure welding robot.

1. Project tracking

The company implements the project tracking responsibility system, and the project manager is responsible for organizing all departments of the company to optimize the project plan analysis, optimize the design, supervise the manufacturing, logistics and transportation until the installation is completed.

2. Scientific management

Through the study of the whole process of 5D-BIM information assembly management, design, manufacturing, transportation and assembly system coordination, BIM design model can be integrated with information technologies such as radio frequency and the Internet of Things to fully share the design information, production information and transportation information of prefabricated building products, and real-time dynamic adjustment. Develop scientific and perfect, advanced technology, economic and reasonable assembly optimization program. The key nodes are effectively controlled and the inventory is reduced, the cost is controlled lower, the personnel demand is less, the needs of customers are deeper, and the response speed to customer requirements is accelerated.

3. Quality inspection and control

The raw materials involved in this project, the appearance quality of steel components, geometric size, weld non-destructive testing, shot blasting quality, anti-corrosion coating quality, etc., shall be inspected and controlled, and accepted according to GB 50205-2001 "Steel Structure Engineering construction quality acceptance Code" requirements.

◎ Born for the dream of technology

◎ The reason to choose us

01 Scale steel processing capacity

02 Realize distribution, transfer and distribution

03 Steel logistics integrated information service

◎ Advantage

The use of dense rust naturally formed on the surface of steel to prevent continued rust, referred to as "rust to prevent rust". The weathering steel does not need to be maintained for a lifetime, and the surface of the weathering steel does not need to be galvanized and painted to reduce environmental pollution. Corrosion-resistant steel is widely used in rural houses, villas and other low-rise steel structure residential buildings, high-rise residential buildings, steel structure factory buildings, public buildings, outdoor landscape sculpture, municipal facilities, Bridges, iron towers and other fields.