| Quantity: | |
|---|---|
Metal
TOYOE
| This system adopts a composite structure of military-grade alloy frame and high-density engineering plastic. The dynamic load test reaches 1.8 times the industry benchmark value, and the flexible configuration of storage space is achieved through modular slot design. |
The specially developed customized inner lining module, which employs 3D bionic buffering technology, can perfectly adapt to various precision components ranging from engine pistons to electronic sensors. Its protective performance has been certified through a 1.5-meter drop test.
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| In terms of system compatibility, it performs exceptionally well. The standard storage location dimensions are compatible with the operation norms of both AGV unmanned transport vehicles and electric forklifts. The passage width is optimized to the standard for two-way passage, increasing the utilization rate of warehouse space by 40%. |
What is even more commendable is its intelligent adaptation feature. It automatically identifies the size of the goods through laser scanning and, in combination with an electric lifting mechanism, achieves millimeter-level precise positioning. Operators can complete the storage and retrieval operations without professional training. |
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| In terms of safety assurance, we have independently developed a triple protection mechanism: the anti-static coating effectively prevents damage to electronic components, the detachable dust collection hood meets the cleanroom standards, and the patented quick-release structure shortens the daily 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 composite structure of military-grade alloy frame and high-density engineering plastic. The dynamic load test reaches 1.8 times the industry benchmark value, and the flexible configuration of storage space is achieved through modular slot design. |
The specially developed customized inner lining module, which employs 3D bionic buffering technology, can perfectly adapt to various precision components ranging from engine pistons to electronic sensors. Its protective performance has been certified through a 1.5-meter drop test.
| | |
| In terms of system compatibility, it performs exceptionally well. The standard storage location dimensions are compatible with the operation norms of both AGV unmanned transport vehicles and electric forklifts. The passage width is optimized to the standard for two-way passage, increasing the utilization rate of warehouse space by 40%. |
What is even more commendable is its intelligent adaptation feature. It automatically identifies the size of the goods through laser scanning and, in combination with an electric lifting mechanism, achieves millimeter-level precise positioning. Operators can complete the storage and retrieval operations without professional training. |
|
| In terms of safety assurance, we have independently developed a triple protection mechanism: the anti-static coating effectively prevents damage to electronic components, the detachable dust collection hood meets the cleanroom standards, and the patented quick-release structure shortens the daily 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. |
