The role and significance of third-generation lean pipe

As the core component of modern industrial flexible manufacturing systems, the role and significance of third-generation aluminum alloy lean tubes are mainly reflected in the following aspects:

1、 Performance breakthroughs brought about by material upgrades
Lightweight Material: Made of aluminum magnesium silicon alloy material, with a density only one-third of steel, significantly reducing equipment weight and making it easy to move and adjust.
Surface treatment optimization: A hard oxide film is formed through anodizing process, which has the characteristics of corrosion resistance, pollution resistance, and easy cleaning. It is suitable for scenarios with strict hygiene requirements such as medicine and food.
Environmental protection features: Aluminum can be 100% recycled and reused, and the connecting components are also made of homogeneous materials, achieving full lifecycle environmental protection

2、 Industrial application value
Flexible production support: Through modular splicing structures, equipment such as workbenches, shelves, and carts can be quickly reconfigured to meet the needs of production line adjustments.
Security and Scalability: The rounded groove design reduces assembly risks and supports on-demand expansion of functional modules or addition of workstations.
Space efficiency improvement: The application of multi-layer shelves and slide systems conforms to the principles of lean production, optimizing the utilization of storage space.
3、 Economic and social benefits
Cost control: The reuse feature reduces the investment in equipment updates for enterprises, and the convenience of disassembly and assembly reduces labor and time costs.
Improvement of working environment: The beautiful and durable appearance enhances the overall image of the workshop, and the lightweight design reduces the labor intensity of workers.

The third-generation aluminum alloy lean tube has achieved the transformation of industrial equipment towards lightweight, flexible, and environmentally friendly through material innovation and structural optimization, becoming an important carrier for improving production efficiency in the era of intelligent manufacturing.