About WMS
The intelligent warehouse management system is the command centre for raw material stores, processing stations and production scheduling. It handles plant master data, inventory management, material transfer, stock monitoring, system monitoring and queries, and reporting, and integrates seamlessly with ERP, MES, WCS and other systems to deliver a fully flexible, highly automated approach to modern warehousing. Backed by advanced technology and strong performance, it has become a favourite across manufacturing.
Performance Strengths
- Improved supply chain efficiency
By processing orders automatically and optimising stock allocation and picking routes, WMS markedly speeds up order handling, reduces errors and ensures orders are executed exactly as issued.
- Lower operating cost
By optimising stock levels, cutting overstock and stockouts and automating processes to reduce reliance on labour, WMS brings operating costs down.
- Stronger inventory management
Real-time stock monitoring gives accurate visibility and supports FIFO, shelf-life management and other functions that reduce inventory loss.
- Unified resource information
Brings together information on people, logistics, capital and equipment across the business, breaking down silos and helping resources work together.
Pain Points
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High overall operating cost
Labour, equipment and energy costs keep climbing with no fine-grained means of control, so cost and efficiency targets are hard to reach.
01 -
Inefficient transfer operations
Dispatching relies on people and judgement calls; routes are suboptimal and waiting and empty runs are frequent, so overall efficiency is low.
02 -
No control over transfer tasks
Task issue, execution and traceability lack systematic control, so progress and status cannot be seen in real time.
03 -
On-site safety hazards
People and vehicles share the floor and cross-operations have no coordinated warning, keeping the risk of unsafe operations and collisions high.
04 -
Data silos and poor visibility of logistics equipment
People and vehicles share the floor with no coordinated warning for cross-operations, keeping unsafe operations and collision risk high; with no full-lifecycle control system, equipment status, faults and maintenance progress cannot be monitored in real time, leaving maintenance without data and equipment management coarse and inefficient
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Applications
Equipment manufacturing, metallurgy, shipbuilding, offshore engineering, auto parts, steel structures, warehousing logistics, logistics parks,
retail, hospitality, healthcare and more