Can third-generation lean management make machine tools?

The third-generation lean tube (third-generation aluminum tube) can be widely used in the production of low-cost automation (LCIA) tooling, and its core advantage lies in the adaptability of material properties and structural design. The following is a specific analysis:

1. Compatibility between materials and structures
Lightweight and Strength: The third-generation lean tube is made of aluminum alloy material (t=1.7+aluminum tube), which combines lightweight and high-strength characteristics, making it suitable for building tooling structures that require frequent movement or adjustment.
Flexible combination: Through standard connectors such as universal joints and rotating internal joints, quick disassembly and angle adjustment can be achieved to meet the flexible needs of different scenarios.
2. Typical application scenarios
Lifting mechanism: The platform is lifted and lowered through pulley groups, levers, or foot stepping devices, such as the fixture plate reflux lifting mechanism and the linkage mechanism lifting platform.
Material turnover: used for automatic material supply vehicles, dispensing material turnover vehicles, etc., utilizing the principle of gravity or sliding design to achieve efficient material transfer.
Adjustable workbench: Supports height and angle adjustment to meet different job requirements, such as adjustable height and angle workbench.
3. Design advantages
Low cost and high reusability: The third-generation lean pipe tooling can be reused through modular design, reducing renovation costs.
Function integration: Combining mechanical principles such as gravity sliding and impact unlocking to achieve automation functions, such as pedal depression triggering platform movement or obstruction reset
4. Reference to actual cases
The reflow line body of the tooling board is constructed using third-generation lean tubes, and the lifting mechanism serves as the core component to demonstrate strong flexibility.
The LCIA simplified placement rack adjusts the angle through a 180 degree rotating joint to ensure stable storage of materials.
In summary, the third-generation lean management system, with its material characteristics and modular design, is fully suitable for the production of machine-made LCIA fixtures, and its effectiveness has been verified in various industrial scenarios