| Quantity: | |
|---|---|
Metal
TOYOE
| This product features a revolutionary design that seamlessly integrates warehousing and logistics functions, marking a significant overhaul of traditional packaging solutions. By combining two core operational needs into one structure, it breaks the separation between storage and transport, laying the groundwork for more streamlined, efficient workflows |
A standout application of this design is for car transmission assemblies: they can be hung directly on the built-in shock-resistant slide rails, enabling "zero-packaging" transport. This not only eliminates the need for extra packaging materials but also leverages the slide rails’ shock resistance to protect the assemblies during transit, reducing damage risks while cutting down on packaging-related costs
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| Boasting a sandwich composite structure, the outer box comprises an anodized wear-resistant alloy outer layer, a phase-change damping material filling (middle layer), and an ESD anti-static coating on the inner wall. |
Heavy truck manufacturer test data: this system raises warehouse space utilization by 73%, lowers cross-border transport damage rate from 3.2% to 0.08%. |
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| Even more breakthrough: full life cycle management: recyclable alloy shell lasts over 15 years; modular inner liner wear parts get real-time 3D-printed replacement, building a "materials-products-recycled materials" closed-loop economy. |
In smart manufacturing, this system acts as a digital twin node: embedded UWB chip links to factory MES for full-process material tracking. A construction machinery giant’s deployment cut JIT supply chain response by 55%, shortening inventory turnover to 3.8 days. |
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| Notably, this solution meets EU CE Machinery Directive and ATEX explosion-proof certification, fitting scenarios from polar stations to tropical assembly lines—marking industrial packaging’s entry into the "boundless logistics" era. |
| This product features a revolutionary design that seamlessly integrates warehousing and logistics functions, marking a significant overhaul of traditional packaging solutions. By combining two core operational needs into one structure, it breaks the separation between storage and transport, laying the groundwork for more streamlined, efficient workflows |
A standout application of this design is for car transmission assemblies: they can be hung directly on the built-in shock-resistant slide rails, enabling "zero-packaging" transport. This not only eliminates the need for extra packaging materials but also leverages the slide rails’ shock resistance to protect the assemblies during transit, reducing damage risks while cutting down on packaging-related costs
| | |
| Boasting a sandwich composite structure, the outer box comprises an anodized wear-resistant alloy outer layer, a phase-change damping material filling (middle layer), and an ESD anti-static coating on the inner wall. |
Heavy truck manufacturer test data: this system raises warehouse space utilization by 73%, lowers cross-border transport damage rate from 3.2% to 0.08%. |
|
| Even more breakthrough: full life cycle management: recyclable alloy shell lasts over 15 years; modular inner liner wear parts get real-time 3D-printed replacement, building a "materials-products-recycled materials" closed-loop economy. |
In smart manufacturing, this system acts as a digital twin node: embedded UWB chip links to factory MES for full-process material tracking. A construction machinery giant’s deployment cut JIT supply chain response by 55%, shortening inventory turnover to 3.8 days. |
|
| Notably, this solution meets EU CE Machinery Directive and ATEX explosion-proof certification, fitting scenarios from polar stations to tropical assembly lines—marking industrial packaging’s entry into the "boundless logistics" era. |
