Author: Site Editor Publish Time: 2025-07-07 Origin: Site
In order to solve this pain point, high-density warp beam storage solutions came into being. With vertical space maximization, systematic management, and automated scheduling as the core, it helps textile companies to double the storage capacity of warp beams in a limited space, so that every square meter of space can be truly "fully utilized".
Facing the actual needs of expanding production scale and accelerating order rhythm, traditional storage methods have become a hidden bottleneck restricting the release of production capacity.
The so-called high-density storage is not simply "packing tighter", but through the three-dimensional utilization of vertical space + intelligent management + equipment handling, the warp beam is transformed from "flat stacking" to "three-dimensional management", truly achieving "saving space without reducing efficiency, reducing labor without sacrificing accuracy".
This solution usually includes the following core components:
The multi-layer steel structure frame design can be customized according to the diameter and weight of the warp beam, making full use of the height of the factory building to double the storage volume per unit area.
Each layer and each storage position is numbered and labeled, and the barcode/RFID system is used to achieve accurate recording and tracing of warp beam storage and retrieval information.
With intelligent handling equipment, rapid retrieval, precise positioning, and smooth transportation can be achieved, greatly reducing manual intervention and improving scheduling efficiency and operational safety.
Through the warehouse management system (WMS) or production management system (MES) interface, the inventory status, inbound and outbound records, warp axis position, and usage history can be mastered in real time, which is convenient for scheduling and early warning management.
Under traditional stacking methods, the same area can only accommodate dozens of warp beams, while through high-density racks, the storage capacity can be increased by 3~6 times, effectively alleviating the problem of tight factory buildings and freeing up more space for other production links.
Systematic numbering management and transportation path planning enable the quick and accurate retrieval of each roll of warp beams, reducing the waiting time for finding, waiting, and changing warps.
With the help of electric axle loading vehicles and automatic traction equipment, transportation does not require the cooperation of multiple workers, and can be completed by one person, greatly reducing labor costs and the risk of operational errors.
Through software system docking, the life cycle management of each warp beam can be realized, including storage time, batch usage, remaining status, location records, etc., to achieve precise inventory control.
The high-density frame is highly compatible with the digital system, which facilitates the subsequent introduction of modules such as AGV, laying a solid foundation for the full realization of intelligent weaving.