What is intralogistics?
Intralogistics in industry (as defined by VDMA 2004) generally describes the entire process within a company that involves the connection and interaction of internal systems for material flow, driverless transport systems, logistics, production, and goods transport on the company premises.
The planning of solutions, the automation of conveyor technology in the warehouse, material flow, notification, the optimization of controls and machines, as well as the implementation of projects, are all part of intralogistics.
On the other hand, also the use and development of facilities in the areas of software, warehouse management, warehouse management systems, networking, robots, and plant engineering.
Intralogistics and people
Intralogistics poses challenges not only in terms of technology, material flow, and product transport, but also in terms of information flow and internal employee organization. From goods receipt to goods issue, processes and technologies must be operated correctly. Intralogistics processes should definitely offer advantages for people and their performance in their daily work. It is not only the systems that are important.
Intralogistics and automation
The degree of automation and the flow of information in intralogistics processes play a decisive role in efficiency and running costs. The interaction of individual concepts in the flow of goods, digitization, control, and scalability determine the performance and cost reduction of warehouse operations.
Intralogistics and technology
The use of automated driverless transport robots in high-bay warehouses, forklifts, and industrial trucks are decisive factors in internal material flow, warehouse system services, and order picking. The order picking systems efficiently support order pickers in internal order processing. Logistics solutions such as pick-by-light, Voice Picking, Pick-by-Point, Pick-by-Frame, etc. control information flows, serve to optimize warehousing, and support management.
Intralogistics interfaces
Coordinating the interfaces between the assembly line and warehouse technology sometimes requires a great deal of development work and effort due to differing intralogistics requirements. In this case, it helps to clearly delineate the information systems in the individual material flow applications. Distribution centers use different components, sensor technology, and software solutions than a manufacturing plant. The speed must be right.
Conclusion
The areas of application for intralogistics are therefore very diverse. It is not just about storage, but also about the internal management of all processes related to the movement of goods. Setting up a proper intralogistics system takes several years and is never complete.
Other relevant topics
Supply chain management, trading companies, trade, industries, manufacturers of logistics systems, examples of implementation and application with IT, distribution centers, quantity sorting, system providers, a look at trends and the future, transport control systems, optimization potential of conveyor systems, transport robots, networking technologies, buffer technology for goods flows, transport industry.
Intralogistics Material flow planning, material flow analysis in logistics centers, process analysis and process planning, process design with low failure rates, increased efficiency of workflows, highly automated and semi-automated systems, barcode and image processing.
