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Metal
TOYOE
| The practical effect of this design has been verified in the actual measurement at Shenyang Machine Tool Factory. When used for transporting 20-ton heavy workpieces (typical heavy castings in the machinery industry), the product significantly reduced the risk of damage during transit. The final measurement data showed that the transportation damage rate of such workpieces was lowered to an extremely low 0.003%—far below the industry average level. This not only ensures the integrity of high-value heavy castings but also reduces the economic losses caused by transportation damage for enterprises |
Aiming at the safe transportation and placement of heavy castings, this product is equipped with an intelligent pressure-sensing layer that can automatically adjust support density according to the weight and shape of the castings. When bearing heavy castings of different specifications, the pressure-sensing layer can quickly respond to the pressure distribution, dynamically optimize the support points and their density—concentrating support force on high-pressure areas while ensuring balanced stress on the whole casting, thus avoiding deformation or damage caused by uneven force
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| The intelligent management system designed for the demands of the circular economy realizes the full life cycle management of packaging assets through the deep integration of UWB chips and digital twin platforms. |
In Changan Automobile's practice in Chongqing, a single turnover box is used 320 times a year on average, 14 times more than the traditional method, and the five-year total cost of ownership has been cut by 68%. |
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| This solution has achieved TUV SuD's platinum-level sustainable certification in Germany, with 100% of its frame materials recyclable in a closed-loop system. |
In CATL's global supply chain optimization project, the carbon reduction throughout the entire life cycle of a single packaging system reached 34.2 kilograms, equivalent to planting 2.3 mature trees. |
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| This innovative solution integrates materials science, smart hardware, and circular economy to reshape green development in heavy industry logistics, providing solutions for automotive, aerospace, and new energy. |
| The practical effect of this design has been verified in the actual measurement at Shenyang Machine Tool Factory. When used for transporting 20-ton heavy workpieces (typical heavy castings in the machinery industry), the product significantly reduced the risk of damage during transit. The final measurement data showed that the transportation damage rate of such workpieces was lowered to an extremely low 0.003%—far below the industry average level. This not only ensures the integrity of high-value heavy castings but also reduces the economic losses caused by transportation damage for enterprises |
Aiming at the safe transportation and placement of heavy castings, this product is equipped with an intelligent pressure-sensing layer that can automatically adjust support density according to the weight and shape of the castings. When bearing heavy castings of different specifications, the pressure-sensing layer can quickly respond to the pressure distribution, dynamically optimize the support points and their density—concentrating support force on high-pressure areas while ensuring balanced stress on the whole casting, thus avoiding deformation or damage caused by uneven force
| | |
| The intelligent management system designed for the demands of the circular economy realizes the full life cycle management of packaging assets through the deep integration of UWB chips and digital twin platforms. |
In Changan Automobile's practice in Chongqing, a single turnover box is used 320 times a year on average, 14 times more than the traditional method, and the five-year total cost of ownership has been cut by 68%. |
|
| This solution has achieved TUV SuD's platinum-level sustainable certification in Germany, with 100% of its frame materials recyclable in a closed-loop system. |
In CATL's global supply chain optimization project, the carbon reduction throughout the entire life cycle of a single packaging system reached 34.2 kilograms, equivalent to planting 2.3 mature trees. |
|
| This innovative solution integrates materials science, smart hardware, and circular economy to reshape green development in heavy industry logistics, providing solutions for automotive, aerospace, and new energy. |
