| Quantity: | |
|---|---|
Metal
TOYOE
| A heavy industry enterprise conducted actual measurements to test the performance of this storage solution, focusing on its use for 1.2m-diameter bearing assemblies—bulky, precision components that pose challenges for efficient storage. The results showed a clear advantage in space utilization: compared with traditional shelves, this solution increased the usable storage space by 42%, making full use of vertical and horizontal areas to accommodate more bearing assemblies without expanding the storage footprint |
Beyond space efficiency, the measurement also confirmed the solution’s reliability in protecting high-value equipment. The failure rate of the bearing assemblies stored using this method was ≤0.3%—a remarkably low figure that reflects its ability to stabilize components, prevent collisions or damage during storage, and maintain the integrity of the precision bearing assemblies. This combination of space savings and low failure rate underscores its practical value for heavy industry storage needs
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| Case study data from a logistics center shows: the tailored solution increases picking efficiency by 28% and reduces 10-year TCO costs by 19%. |
| Adopting a mortise-and-tenon modular design, the material rack has a main frame constructed from laser-cut galvanized steel plates, along with self-locking connectors and torque-limiting bolts. |
| A heavy industry enterprise conducted actual measurements to test the performance of this storage solution, focusing on its use for 1.2m-diameter bearing assemblies—bulky, precision components that pose challenges for efficient storage. The results showed a clear advantage in space utilization: compared with traditional shelves, this solution increased the usable storage space by 42%, making full use of vertical and horizontal areas to accommodate more bearing assemblies without expanding the storage footprint |
Beyond space efficiency, the measurement also confirmed the solution’s reliability in protecting high-value equipment. The failure rate of the bearing assemblies stored using this method was ≤0.3%—a remarkably low figure that reflects its ability to stabilize components, prevent collisions or damage during storage, and maintain the integrity of the precision bearing assemblies. This combination of space savings and low failure rate underscores its practical value for heavy industry storage needs
| | |
| Case study data from a logistics center shows: the tailored solution increases picking efficiency by 28% and reduces 10-year TCO costs by 19%. |
| Adopting a mortise-and-tenon modular design, the material rack has a main frame constructed from laser-cut galvanized steel plates, along with self-locking connectors and torque-limiting bolts. |
