ased on customer needs, CAD/CAM system is used for 3D modeling and engineering drawing design of support structures and safety systems.

High-strength steel is selected through the automated storage system, and laser cutting and CNC bending are performed for preforming after the material is tested by the spectrometer.

The main frame welding is completed by a robot welding workstation, and manual quality inspection is used to ensure that the welds meet the AWS D1.1 standard.

SA2.5 level rust removal is performed using a fully automatic sandblasting line, followed by a double-layer spraying process of epoxy zinc-rich primer + polyurethane topcoat.

Load testing, fatigue testing and safety system linkage testing are carried out on a dedicated testing platform, and data is uploaded to the ISO 9001 quality management system in real time.

Modular disassembly and packaging are carried out according to project requirements, RFID tags are used to achieve full process traceability, and dedicated transport brackets are used to ensure transportation safety.