Multi-Material Pull Mode, Precise Material Preparation

Supports various pull methods such as sorting, batching, SPS+DPS, Kanban, Kanban cards, ANDON, etc., allowing flexible combinations based on different material attributes to achieve accurate, real-time, and error-free transmission of requirements.

Intelligent Task Generation, Efficient Operations

Automatically parse material codes, workstation information, and required quantities, instantly generate standardized electronic distribution tasks (electronic kanban), and assign the optimal personnel for execution.

Intelligent Algorithm Engine, Optimal Delivery

Supports DPS electronic sorting to ensure precise and fast picking. Simultaneously, based on real-time tasks and intelligent calculation of optimal delivery routes, it ensures materials are delivered on demand, in order, and in the correct quantities, avoiding production stoppages due to material shortages or inventory overstocking.

Full human-machine collaboration, visible and controllable

Supports collaborative applications for handheld terminals, vehicle-mounted terminals, DPS electronic picking, AGVs, and other hardware devices, achieving full-process transparency and traceability from material requisition to delivery, with early warning and immediate intervention for exceptions.

Warehouse Response Upgrade

Execute delivery according to instructions with clear tasks and defined routes, significantly improving labor efficiency and accuracy.

Efficient Production Line Operations

Operators can request materials with a single click, eliminating the need to wait or follow up, allowing them to stay focused on production tasks throughout the entire process.

Dynamic Balance of Line-side Warehouse

Line-side inventory is always dynamically balanced within a controlled range, effectively reducing inventory costs.

Management decisions are evidence-based.

The system records data throughout the entire process, supporting material consumption analysis and continuous optimization of delivery efficiency.