AI Data Centers

With the explosive growth of large models and AI computing demand, AI Data Centers (AIDCs) are being constructed at unprecedented scale. Assembly efficiency and quality of server cabinets have become critical bottlenecks constraining delivery speed. Key processes — cabinet structural component assembly, server rack-mounting with rail guides, PDU mounting, and cable tray installation — involve massive quantities of threaded fasteners, placing extremely high demands on tightening consistency and traceability. High-density computing cabinets require structural stability and grounding reliability to be continuously improved. Conventional manual tightening methods suffer from missed torque, under-torque, and other quality risks, making it difficult to support the volume-production and high-standard cabinet delivery requirements.

Lixing focuses on high-frequency tightening scenarios in AIDC cabinet assembly, providing intelligent tightening and data management integrated solutions. Applicable to cabinet frame assembly, server rail installation, power module mounting, and other core processes, our solutions deliver precise torque and angle control to ensure every bolt is tightened in compliance with design specifications — effectively preventing structural loosening and contact failures caused by inconsistent fastening. Full-process tightening data is automatically collected, supporting cabinet-by-cabinet quality review and anomaly tracing. This helps AIDC manufacturing and system integration companies upgrade assembly consistency from "experience-dependent" to a "controllable, digitalized process" — ensuring stable and reliable delivery of computing infrastructure through high-quality fastening.