1. Standards-Compliant Design Control

Custom designs are strictly carried out in accordance with current national automation industry standards, mechanical design codes, electrical safety standards, and project-specific technical requirements, combined with on-site conditions and operational needs, eliminating non-compliant and non-standard designs.

2. Three-Tier Design Review Mechanism

Designer self-check, technical lead re-review, and chief engineer final approval complete verification, review, and sign-off in sequence. Structural rationality, electrical compatibility, parameter matching, and safety redundancy are rigorously checked, resolving issues at the drawing stage.

3. Design Simulation and Verification Testing

Key equipment and core components are validated through simulation, mechanical calculations, and electrical analog tests to verify structural strength, operational stability, and load capacity. Equipment for special conditions undergoes prototype testing in advance to reduce mass-production risk.

4. Modular and Standardized Design

Highly standardized equipment shortens delivery cycles and eases maintenance. It supports rapid changeover (e.g., terminal-switch lines compatible with multiple specifications and one-click changeover), significantly improving customers' production-line flexibility and supporting fast product iteration to market.

5. PDM Closed-Loop Design Change Control

Changes require a submitted application stating the reason and synchronized drawing updates, executed only after approval. The entire process is logged in the PDM system, ensuring traceable changes and synchronized documentation, eliminating version confusion.