Warehouse Optimization: Logistic IT Systems, SAP EWM

Efficient logistics start with accurate data and controlled operations. In modern warehouses, technology is not optional. It is essential for accuracy, speed, and adaptability.

Logistic IT systems manage the movement of goods and information. They support activities such as receiving, storage, picking, and shipping. A digitally organized warehouse can respond faster, reduce errors, and prevent losses.

Integration with physical equipment is essential. Every rack, pallet truck, or scanner contributes to the smooth operation of a logistic IT system.

What Are Logistic IT Systems and How Do They Work

Logistic IT systems are software platforms that control internal and external flows in a warehouse. They collect, process, and transmit relevant data about goods, equipment, and operations.

The most commonly used modules include stock management, traceability, order planning, and transport integration. These systems operate based on predefined rules and can be connected to other systems, such as the company’s ERP. ERP (Enterprise Resource Planning) manages data related to procurement, invoicing, HR, and global stock. When connected to the logistics system, data flows seamlessly across departments.

A key functionality is real-time inventory monitoring. This allows operators to quickly locate products and check stock levels without unnecessary movement.

Another benefit is traceability. Product movements can be tracked from entry to exit, significantly reducing the risk of loss or incorrect deliveries.

In medium-sized warehouses, these systems can reduce picking time by up to 30% and eliminate up to 80% of identification errors.

For proper operation, IT systems require suitable infrastructure. A well-organized racking structure, with clear labeling and easy access, contributes to overall efficiency. UTEC offers modular industrial metal racks suitable for any logistics system.

SAP EWM – Advanced Functionality for Complex Warehouses

SAP EWM is a logistic IT system developed for managing high-volume warehouses. The initials stand for Extended Warehouse Management.

Unlike other platforms, SAP EWM offers detailed control over product location, operator activities, and warehouse travel paths.

It is especially used in facilities with many SKUs and fluctuating volumes. An SKU (Stock Keeping Unit) represents a distinct inventory unit – for example, the same product in two sizes or colors counts as two separate SKUs.

SKUs help with:
– accurate stock tracking
– product variant differentiation
– automation of ordering, picking, and inventory

The more SKUs a warehouse has, the more complex the workflow becomes. That’s why logistic IT systems like SAP EWM are valuable for warehouses with thousands or tens of thousands of SKUs.

SAP EWM can dynamically manage slotting, wave picking, or cross-docking. It integrates with equipment such as scanners, mobile terminals, and automated conveyors. An order can be picked, sorted, and prepared for shipment without manual intervention.

There are also predictive maintenance features. The system can signal the need for inspection or repair before a breakdown occurs—especially useful for handling equipment.

UTEC provides repair kits and spare parts compatible with most warehouse equipment. This allows technical interventions to be synchronized with operational planning managed via SAP EWM.

How IT Systems Integrate with Physical Equipment

An IT platform only works correctly if it is fed accurate data. This data comes from connected equipment: RF terminals (radio frequency), RFID tags, weight sensors, video cameras, or programmable logic controllers (PLCs).

In practice, the system can receive data from an electric pallet truck equipped with a scanner. The operator scans the goods and location, and the system validates the movement.

In the case of automated conveyors, sensors detect passing goods and send commands to other equipment. SAP EWM can adjust conveyor speed based on workload.

The warehouse layout is also configured based on data received from the system. Storage zones can be defined based on product rotation frequency or item dimensions.

Synchronizing system components reduces idle time between operations. Overlaps are avoided, equipment loads are balanced, and travel paths are adjusted based on real-time needs.

Proper integration requires technical planning. This involves analyzing software compatibility, response times between devices, and the amount of data to be processed at each stage.

Recommendations for Implementing and Maintaining a Logistic IT System

Implementing a logistic IT system involves several stages: flow analysis, platform selection, configuration, testing, and staff training.

A poorly implemented system can generate more errors than a traditional one. That’s why expert consulting and long-term technical support are essential.

System maintenance includes software updates, regular checks, and alignment with changes in warehouse operations.

Allocating resources for preventive maintenance is important. Connected equipment must be inspected regularly to ensure consistent data flow.

The software platform should also be scalable and open to future integrations. New modules or external systems such as transport or sales can be added as needed.

UTEC offers logistic IT systems that can be configured according to the size and specifics of any warehouse. Solutions include both the software and the required equipment.

Conclusion

Logistic IT systems offer control over flows and better resource utilization.

Platforms like SAP EWM manage goods, equipment, and operators in a coordinated way. Data is centralized, and decisions are based on real-time information.

By integrating software components with physical infrastructure, the warehouse becomes more adaptable and easier to scale.

For companies looking to implement or expand a logistic IT system, UTEC's available solutions cover every stage – from racks and parts to the digital platform.