Low space efficiency
Traditional shelving aisles and inaccessible building height limit usable warehouse capacity to the growing number of SKUs.
Tote and box based AS/RS solution; It combines multi-level racking, shuttle, lift, conveyor, goods-to-person station and WMS/WCS integration into a single trackable material flow.
Explore the solution
Traditional shelving aisles and inaccessible building height limit usable warehouse capacity to the growing number of SKUs.
Having the operator search for items, walk between shelves, and manually carry boxes increases order cycle time.
Manual location, counting, and picking steps risk stock variance, wrong items, and missing orders increases.

As the variety of SKUs increases, the operator's need to walk between shelves, search for the right box and carry it by hand limits capacity. Automatic box and basket storage system robotically positions the load unit in the shelf and brings it to the ergonomic picking station when needed.
Exact capacity and performance; It is calculated specifically for the project based on the load profile, order behavior, building geometry and integration requirements.
Vertical volume and narrow robot corridors create more tote locations in the same floor space.
The product comes to the operator; walking, searching and unnecessary handling are reduced.
The number of shelves, shuttles, lifts and stations can be increased gradually according to the growth plan.
The location, status and movement history of each box can be tracked via WMS/WCS.
Fast rotating SKUs are placed dynamically, taking into account access time and station load.
No-read, jam, full station and manual recovery scenarios are carried out in a controlled manner.
SKU, tote size, order line and peak extract volume distribution.
Verify rack, robot, lift, buffer and station capacity together.
Box size, payload, barcode and occupancy rules
Define ERP/WMS orders and messages between WCS and field control.
Normal flow, peak load, error and recovery conditions with real products test it.
Scale the system by moving product families in a controlled manner and measuring performance.
High-SKU order picking and rapid order consolidation.
Controlled, compact and traceable management of small parts.
Consolidation of store and channel orders on a tote basis.
Kit preparation and delivery of components to the line according to the work order.
Share load profiles, throughput targets and space constraints so the right architecture can be assessed.
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