What is conveying technology?
Definition: Conveying technology refers to all technical systems used for the automated transport of materials and goods within a facility. This includes, among others, roller systems (e.g., roller conveyors), conveyor belts, lifting devices, elevators, or automated guided vehicles (AGVs). The goal is to move materials efficiently, reliably, and with minimal personnel effort within warehouses, production facilities, or distribution centers, whether on pallets, in containers, or as individual items.
What are the goals and benefits of conveying technology?
- Increased efficiency: Automated conveying systems reduce manual transport tasks, speed up processes, and boost overall throughput.
- Reliability and process security: Mechanical systems such as roller conveyors and belt conveyors enable standardized operations with high repeatability and minimal error rates.
- Relief for personnel: By eliminating manual transport work, employees can focus on value-adding tasks.
- Scalability: Conveying systems can be expanded modularly and adapted to changing process requirements or new layouts.
What are typical systems in conveying technology?
- Roller systems and conveyor belts: Roller systems and conveyor belts are commonly used components for transporting containers, crates, or boxes over straight paths or curves. These systems are often interconnected and form the basic structure of many automated material handling setups. They are complemented by switches, transfer points, lifting stations, or turntables.
- Lifts and vertical conveyors: Lifts and vertical conveyors allow for overcoming height differences, for example between multiple warehouse levels or when transitioning to buffer or picking areas.
- Material handling for pallets: Heavy goods are moved using chain conveyors, pallet roller conveyors, or lift tables, which are especially relevant in industrial, production, and distribution warehouses.
Traceability in conveying technology with SAP EWM
A key aspect of automated material handling technology is the complete traceability of all material movements. With SAP EWM, all material handling processes can be digitally mapped, allowing every pallet, container, and item carrier to be systematically recorded and continuously monitored. This end-to-end traceability enables rapid identification of errors, seamless documentation, and compliance with industry-specific quality requirements, for example in the food, pharmaceutical, or electronics industries. Integrating material handling technology with SAP EWM ensures transparent and efficient management of all logistical processes.
Conclusion
Conveying technology is an essential component of modern intralogistics. It ensures accelerated processes, reduced error rates, and stable process quality – particularly in automated and digitally connected logistics environments. The combination of roller systems, belt conveyors, and IT integration such as SAP EWM enables holistic control and traceability, meeting the demands of modern logistics solutions.
