| Quantity: | |
|---|---|
Metal
TOYOE
| This system adopts a high-performance composite structure, combining two core materials to balance strength and practicality: a military-grade alloy frame forms the stable skeleton, leveraging the alloy’s excellent load-bearing capacity and structural toughness to ensure overall stability; high-density engineering plastic is applied to key components, contributing to lightweight properties while enhancing corrosion resistance and wear resistance. The combination of the two materials lays a solid foundation for the system’s reliable performance in various scenarios |
The system excels in both load-bearing capability and functional flexibility: its dynamic load test result reaches 1.8 times the industry standard, meaning it can withstand stronger dynamic impacts and heavier instantaneous loads during use, far exceeding basic operational requirements. Meanwhile, the modular slot design allows users to freely adjust and combine storage components according to actual needs—whether for classified storage of small parts or integrated placement of large equipment, the system can be quickly reconfigured to adapt to diverse storage demands, greatly improving usage efficiency
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| This system is highly compatible with both AGV unmanned transport vehicles and electric forklifts, following standard storage location dimensions. The passage width is optimized for two-way passage, increasing warehouse space utilization by 40%. |
The commendable intelligent adaptation feature automatically identifies goods size via laser scanning and electric lifting for precise positioning, simplifying storage and retrieval without professional training. |
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| For safety, we've developed a triple protection mechanism: anti-static coating to protect electronic components, a detachable dust collection hood for cleanroom compliance, and a patented quick-release structure that reduces maintenance time by 75%. |
Empirical data from a well-known automaker shows that after the deployment of this system, the turnover efficiency of components has increased by 2.3 times, and the cargo damage rate has decreased to below 0.15%. |
|
| This design concept that deeply integrates industrial aesthetics with practical functions is helping the automotive industry build a smarter and more reliable supply chain system. |
| This system adopts a high-performance composite structure, combining two core materials to balance strength and practicality: a military-grade alloy frame forms the stable skeleton, leveraging the alloy’s excellent load-bearing capacity and structural toughness to ensure overall stability; high-density engineering plastic is applied to key components, contributing to lightweight properties while enhancing corrosion resistance and wear resistance. The combination of the two materials lays a solid foundation for the system’s reliable performance in various scenarios |
The system excels in both load-bearing capability and functional flexibility: its dynamic load test result reaches 1.8 times the industry standard, meaning it can withstand stronger dynamic impacts and heavier instantaneous loads during use, far exceeding basic operational requirements. Meanwhile, the modular slot design allows users to freely adjust and combine storage components according to actual needs—whether for classified storage of small parts or integrated placement of large equipment, the system can be quickly reconfigured to adapt to diverse storage demands, greatly improving usage efficiency
| | |
| This system is highly compatible with both AGV unmanned transport vehicles and electric forklifts, following standard storage location dimensions. The passage width is optimized for two-way passage, increasing warehouse space utilization by 40%. |
The commendable intelligent adaptation feature automatically identifies goods size via laser scanning and electric lifting for precise positioning, simplifying storage and retrieval without professional training. |
|
| For safety, we've developed a triple protection mechanism: anti-static coating to protect electronic components, a detachable dust collection hood for cleanroom compliance, and a patented quick-release structure that reduces maintenance time by 75%. |
Empirical data from a well-known automaker shows that after the deployment of this system, the turnover efficiency of components has increased by 2.3 times, and the cargo damage rate has decreased to below 0.15%. |
|
| This design concept that deeply integrates industrial aesthetics with practical functions is helping the automotive industry build a smarter and more reliable supply chain system. |
