The AI server assembly production line is not a single standard process, but a "dual-track system" that integrates electronic assembly and liquid cooling system manufacturing. The core links include: component incoming inspection, motherboard subsystem assembly (CPU/GPU/memory/storage), liquid cooling module integration (if applicable), complete machine assembly, firmware programming, multiple rounds of automated testing (power-on, pressure, thermal, liquid tightness), and factory calibration.

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The connectors and functional accessories of aluminum alloy wire rods (commonly referred to as third-generation lean tubes, typically with an outer diameter of 28mm or 43mm) are core components for modular assembly. These accessories are primarily produced using aluminum alloy die-casting technology, and their surfaces undergo anodizing treatment, imparting them with characteristics of corrosion resistance, rust prevention, aesthetic appeal, and high strength. ‌‌

Currently, SUNQIT offers two commonly used functional accessories:

Like other pipes, the composite pipe is made up of several layers, usually including at least one thermoplastic liner, reinforcing middle layers and an outer thermoplastic protective jacket. Due to its flexibility, a flexible composite pipes can be spooled onto a reel for efficient transportation and fast installation without the need for as many connections.

The battery assembly line (Pack line) achieves cost reduction primarily through four pathways: automation, process optimization, economies of scale, and digital management:

Calculated by purchase length, third-generation lean tubes are generally cheaper than ordinary industrial aluminum profiles. However, if calculated by weight, lean tubes are actually more expensive. Most scenarios involving the construction of workbenches or shelves are purchased by the meter, so choosing third-generation lean tubes often results in greater material cost savings.

The working table drawings for the three-generation linear rail system (28mm aluminum alloy precision tube) must be based on actual workstation requirements, following a modular design process. The core aspects include structural layout + fastener selection + tabletop/attachment positioning, typically completed using SolidWorks, AutoCAD, or Inventor.

Based on the current usage habits of most lean tube technicians, the design of the third-generation lean tube (also known as the line rod) primarily utilizes 3D design software: SolidWorks and AutoCAD.

Roller conveyor systems are primarily used for automatically transporting flat-bottomed items such as boxes, bags, and pallets in scenarios like production lines and warehousing logistics, enabling efficient material flow between different workstations.

The standards for aluminum alloy precision tube connectors primarily focus on dimensional compatibility, material performance, modular design, and industry application specifications. According to authoritative public data up to May 2026, the core standards are as follows:

The core difference between the third-generation wire rod and the second-generation wire rod is that the material has been upgraded to aluminum alloy, the structure is lighter, the load-bearing capacity is stronger, and the connection is more convenient. Here is a specific comparison:

Yes! Currently, domestic SUNQIT has independently developed the fourth-generation lean tube and fittings, innovating upon the third-generation design to make manufacturing more convenient and effortless!