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![]() | Traditional cardboard boxes paired with foam rely on a single protection mode, lacking the versatility to tackle complex logistics challenges. This one-dimensional design centers on basic cushioning from foam and structural support from cardboard, which works for simple, short-distance transport but falls short when faced with harsher conditions. It fails to address the diverse stressors that goods encounter in more demanding shipping scenarios, leaving cargo vulnerable to damage |
A fatal flaw of this combination becomes apparent in multimodal transport: it can’t withstand severe vibration, extreme temperature differences, or rough handling. Severe vibration breaks down foam’s cushioning and weakens cardboard’s structure; extreme temperature differences cause foam to harden or deform and make cardboard brittle. As a result, the average annual cargo damage rate for goods packed in these boxes exceeds 15%—a significant loss for businesses relying on safe, long-distance or multi-stage shipping
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询盘 询盘 | Using 3D scanning modeling, we customize a fitted inner lining for each product—cutting transportation vibration impact by 92%. The box also has RFID tags and pressure-sensing chips, enabling visual logistics tracking and abnormal condition early warning. |
Different from the "standardized production" model of traditional packaging enterprises, we have independently created a "3D dynamic adaptation" service system: in the early stage, we simulate the transportation scene through finite element analysis; in the middle stage, we use modular components to quickly reorganize the packaging structure; and in the later stage, we provide full life cycle maintenance support. | |
This agile response mechanism has helped many multinational enterprises shorten the delivery cycle by 30% and reduce the overall logistics cost by 25%. | |
Notably, all packaging boxes are made of recyclable engineering plastics—costing 40% less per use than traditional wooden boxes—and fully meet the strict green supply chain requirements of the carbon neutrality era. | |
From moisture-proofing for Southeast Asia’s rainy season to insulation breakthroughs for the Arctic Circle’s extreme cold transport, we’re redefining logistics packaging’s value boundaries via tech innovation—it’s not just a mobile product container, but an intelligent link between manufacturing and consumption ends. |
The picture shows that our company's sales staff are actively communicating with two Indonesian customers | |
The picture shows the grand scene of our company's exhibition | ![]() |
![]() | Traditional cardboard boxes paired with foam rely on a single protection mode, lacking the versatility to tackle complex logistics challenges. This one-dimensional design centers on basic cushioning from foam and structural support from cardboard, which works for simple, short-distance transport but falls short when faced with harsher conditions. It fails to address the diverse stressors that goods encounter in more demanding shipping scenarios, leaving cargo vulnerable to damage |
A fatal flaw of this combination becomes apparent in multimodal transport: it can’t withstand severe vibration, extreme temperature differences, or rough handling. Severe vibration breaks down foam’s cushioning and weakens cardboard’s structure; extreme temperature differences cause foam to harden or deform and make cardboard brittle. As a result, the average annual cargo damage rate for goods packed in these boxes exceeds 15%—a significant loss for businesses relying on safe, long-distance or multi-stage shipping
![]() | ![]() | ![]() |
询盘 询盘 | Using 3D scanning modeling, we customize a fitted inner lining for each product—cutting transportation vibration impact by 92%. The box also has RFID tags and pressure-sensing chips, enabling visual logistics tracking and abnormal condition early warning. |
Different from the "standardized production" model of traditional packaging enterprises, we have independently created a "3D dynamic adaptation" service system: in the early stage, we simulate the transportation scene through finite element analysis; in the middle stage, we use modular components to quickly reorganize the packaging structure; and in the later stage, we provide full life cycle maintenance support. | |
This agile response mechanism has helped many multinational enterprises shorten the delivery cycle by 30% and reduce the overall logistics cost by 25%. | |
Notably, all packaging boxes are made of recyclable engineering plastics—costing 40% less per use than traditional wooden boxes—and fully meet the strict green supply chain requirements of the carbon neutrality era. | |
From moisture-proofing for Southeast Asia’s rainy season to insulation breakthroughs for the Arctic Circle’s extreme cold transport, we’re redefining logistics packaging’s value boundaries via tech innovation—it’s not just a mobile product container, but an intelligent link between manufacturing and consumption ends. |
The picture shows that our company's sales staff are actively communicating with two Indonesian customers | |
The picture shows the grand scene of our company's exhibition | ![]() |