| Quantity: | |
|---|---|
Metal
TOYOE
| Each set of equipment is deeply developed based on the actual usage scenarios of customers, establishing a full-element customization system. When facing the challenge of transporting vulnerable parts, we adopt a multi-layer composite protective structure, precisely integrating high-density polyurethane modules with EPP shock-absorbing frames to form a three-dimensional protective barrier |
For scenarios with strict cleanliness requirements, a unique modular dust-proof system has been created. Magnetic rain curtains and self-retractable dust covers are embedded in the main frame to achieve IP65-level protection performance
 |  |  |
| To optimize the efficiency of in-factory circulation, an all-directional mobile chassis was innovatively developed, integrating high-strength traction devices and intelligent braking modules, enabling heavy equipment to turn flexibly even in narrow Spaces |
For the demand of transoocean transportation, the finite element analysis technology is used to optimize the topology of the carrier, and a limit structure that is completely fitted with the contour of the goods is designed. Combined with the air cushion shock absorption system, the transportation vibration amplitude is reduced to less than 0.2G. |
|
| Each set of equipment is deeply developed based on the actual usage scenarios of customers, establishing a full-element customization system. When facing the challenge of transporting vulnerable parts, we adopt a multi-layer composite protective structure, precisely integrating high-density polyurethane modules with EPP shock-absorbing frames to form a three-dimensional protective barrier |
For scenarios with strict cleanliness requirements, a unique modular dust-proof system has been created. Magnetic rain curtains and self-retractable dust covers are embedded in the main frame to achieve IP65-level protection performance
| | |
| To optimize the efficiency of in-factory circulation, an all-directional mobile chassis was innovatively developed, integrating high-strength traction devices and intelligent braking modules, enabling heavy equipment to turn flexibly even in narrow Spaces |
For the demand of transoocean transportation, the finite element analysis technology is used to optimize the topology of the carrier, and a limit structure that is completely fitted with the contour of the goods is designed. Combined with the air cushion shock absorption system, the transportation vibration amplitude is reduced to less than 0.2G. |
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