Overview
System Logistics is an intralogistics automation provider based in Fiorano Modenese, Italy. It designs and supplies systems for storing, moving and retrieving goods within warehouses and production facilities. Its activities span equipment, software and support for automated material-handling operations.
The company is part of the Krones Group, a supplier of processing and packaging technology. System Logistics serves customers seeking to connect production, storage and distribution processes, particularly in food and beverage supply chains. This article does not state a founding year or acquisition date because those dates are not established by the sources cited here.
History and corporate relationship
System Logistics developed within Italy’s industrial automation sector, with a focus on warehouse and material-handling systems. It became part of the Krones Group, extending the group’s activities into intralogistics alongside its processing and packaging businesses. The precise acquisition date and current ownership percentage should be confirmed from Krones’ current corporate disclosures rather than inferred from marketing material.
Its current portfolio reflects the broader development of automated warehousing from stand-alone storage machines toward integrated systems combining mechanical equipment, controls and software. The company’s website describes its present-day solutions and services; project capabilities, locations and corporate details should be verified against current documentation when assessing a procurement.
Products and services
System Logistics supplies intralogistics solutions that can combine automated storage and retrieval, material transport and software. Depending on a project’s requirements, a system may handle pallets or other load units between receiving, storage, production and shipping areas.
Automated storage and retrieval systems, commonly called AS/RS, use equipment to place loads in defined locations and retrieve them when needed. Their general operating principles and configurations are described by the Material Handling Industry. A complete installation may also require conveyors, transfer equipment, identification devices and interfaces with a customer’s business systems.
System Logistics also provides project and lifecycle services. The scope of engineering, installation, commissioning, maintenance and support should be confirmed in the contract for each installation rather than assumed from the equipment supplied.
Role in warehouse operations
In an automated warehouse, software coordinates inventory locations and movements while equipment executes physical transfers. For example, finished pallets from a beverage production line can be identified, moved into automated storage and retrieved later to assemble outbound shipments. This is an illustrative workflow, not a documented System Logistics installation; its feasibility depends on the chosen storage configuration, facility layout, inventory rules and system interfaces.
A warehouse management system generally manages inventory and warehouse tasks, while equipment controls direct machinery. These functions can overlap, so a project should specify which system owns each inventory record, movement instruction and exception. Warehouse management software is one example of the broader software category; its inclusion here does not imply an integration, partnership or commercial relationship with System Logistics.
Industries and applications
System Logistics’ association with Krones is relevant to food and beverage operations, where production lines, pallet storage and distribution often need to be coordinated. The company also presents its systems for broader warehousing and intralogistics applications.
Applications vary by facility. A manufacturer may use automation to buffer finished goods between production and dispatch, while a distribution operation may use it to store products and retrieve loads for order preparation. Suitability depends on load characteristics, throughput, operating hours and the variability of demand. No customer list, market share or performance ranking is stated here.
Implementation and evaluation
Automation projects require a comparison between expected operating requirements and the proposed system’s capacity. Buyers should evaluate peak as well as average throughput, storage capacity, product dimensions, future growth, interface requirements and recovery procedures. AS/RS designs differ in configuration and operating characteristics, making system selection dependent on the application.
Important evaluation steps include:
- Define the workload: Document inbound and outbound volumes, SKU profiles, load dimensions and peak periods. Use the AS/RS configuration to frame capacity and throughput assumptions.
- Specify interfaces: Establish how inventory records and movement instructions pass between warehouse software, equipment controls and business systems. Define ownership of each record and a process for reconciling discrepancies.
- Test exceptions: Include damaged loads, unreadable identifiers, blocked equipment and power interruptions in acceptance testing. Agree on how partially completed movements are reconciled before restarting.
- Plan support: Agree on spare parts, response times, preventive maintenance and escalation responsibilities. Define the operating conditions and measurement period for any contractual availability or throughput commitments.
- Assess safety and security: Apply a site-specific machinery safety assessment and protect connected systems using an appropriate cybersecurity risk framework. For operational technology, consider the distinct reliability and safety requirements described in NIST’s OT security guide.
- Plan maintenance access: Document energy-isolation procedures and responsibilities; in the United States, assess applicability of OSHA’s lockout/tagout standard. Local requirements may differ.
Limitations and considerations
Automated systems typically require substantial capital, integration work and a facility design suited to the equipment. Changes in product dimensions, order profiles or throughput may require reconfiguration or additional investment. Performance also depends on the reliability of upstream processes and on the quality of inventory and product data.
Equipment stoppages can affect multiple operations when production, storage and shipping are tightly coupled. Buyers should therefore assess redundancy, manual workarounds and recovery time as part of system design. Machinery and human interaction also require attention to guarding, access and maintenance procedures; OSHA’s robotics resources provide general safety context. These are considerations for warehouse automation generally, not documented deficiencies specific to System Logistics.