| Quantity: | |
|---|---|
Metal
TOYOE
| This groundbreaking plastic-free packaging-transport solution relies on an innovative folding frame design to boost loading efficiency. It optimizes space use, increasing a single container’s loading capacity by 300% vs. traditional setups. More goods per trip improves logistics efficiency and cuts shipments—key for businesses reducing transport costs and carbon footprints |
Beyond boosting capacity, the solution also abandons conventional packaging materials entirely—doing away with both wooden pallets and plastic stretch film. This eliminates single-use plastic waste and avoids wooden pallet resource consumption/disposal issues. For businesses pursuing sustainability, this plastic-free approach aligns with eco-goals while keeping packaging and transport performance reliable
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| Adopting mortise-and-tenon joining technology, the exoskeleton-type frame structure boasts 20-ton static load capacity per assembly and retains structural stability even after more than 5,000 repeated disassembly-assembly cycles. |
"Lego-style" modular architecture: +42% warehouse space utilization. Auto parts warehouse center measurements: 187 additional storage positions vs. traditional shelves (same area). |
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| Custom recycling counting chip tracks frame's life-cycle usage data. Component at end of designed life triggers system to auto-make replacement plan + match recycled material No., keeping 98% components in closed-loop recycling. |
Enhanced solution for heavy-duty industrial scenarios (metallurgy, shipping) optimizes load-bearing distribution via finite element analysis, cutting unit-area storage cost by 43%. |
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| In Shandong heavy industry group application: System with intelligent shuttles achieves dark operation, cutting annual energy expenditure by 270k yuan. Melt-regenerable frame supports ISO14064 carbon verification. Full-chain (material to system) innovation reshapes industrial green supply chain. |
| This groundbreaking plastic-free packaging-transport solution relies on an innovative folding frame design to boost loading efficiency. It optimizes space use, increasing a single container’s loading capacity by 300% vs. traditional setups. More goods per trip improves logistics efficiency and cuts shipments—key for businesses reducing transport costs and carbon footprints |
Beyond boosting capacity, the solution also abandons conventional packaging materials entirely—doing away with both wooden pallets and plastic stretch film. This eliminates single-use plastic waste and avoids wooden pallet resource consumption/disposal issues. For businesses pursuing sustainability, this plastic-free approach aligns with eco-goals while keeping packaging and transport performance reliable
| | |
| Adopting mortise-and-tenon joining technology, the exoskeleton-type frame structure boasts 20-ton static load capacity per assembly and retains structural stability even after more than 5,000 repeated disassembly-assembly cycles. |
"Lego-style" modular architecture: +42% warehouse space utilization. Auto parts warehouse center measurements: 187 additional storage positions vs. traditional shelves (same area). |
|
| Custom recycling counting chip tracks frame's life-cycle usage data. Component at end of designed life triggers system to auto-make replacement plan + match recycled material No., keeping 98% components in closed-loop recycling. |
Enhanced solution for heavy-duty industrial scenarios (metallurgy, shipping) optimizes load-bearing distribution via finite element analysis, cutting unit-area storage cost by 43%. |
|
| In Shandong heavy industry group application: System with intelligent shuttles achieves dark operation, cutting annual energy expenditure by 270k yuan. Melt-regenerable frame supports ISO14064 carbon verification. Full-chain (material to system) innovation reshapes industrial green supply chain. |
