References
Installation of 3 rear sections of the A380, Airbus Deutschland GmbH, Finkenwerder
- Fully automated measurement of the position of the sections on the construction site based on a laser tracker fixed in place at the site
- Fully automated alignment of the sections (24 axes simultaneously) such that the gap size is optimised across the circumference of the joint points once the sections have been joined. (Accuracy of the alignment of the sections, each with a diameter of 8 metres, to 1/10 mm)
- Joining process supported by synchronous operation of two axis groups at a time.
- Technology:
- Siemens S7 400
- Siemens WinCC
- Siemens converter technology (diverse)
- Laser tracker Hexagon Metrology Leica AT960
- Leica Metrology Foundation SDK
- Leica Lasertracker Pilot
- Photo by Jorge Gobbi

Fully automated lorry unloader for drums, SMB Group, Quickborn
Successfully brought to series production stage: a fully automated system for unloading empty drums from lorry platforms. The system is installed on the loading ramp of a chemicals company. It automatically detects the packing scheme of the lorry load and performs the loading at a speed of 19 s per drum.
Displaced loads, interruptions in the packing scheme are detected and an intelligent strategy is used to process them with high reliability.
Technology:
- Siemens S7 CPU 317
- WinCC flexible
- SEW converter technology

Fully automated part carrier transport system for the automated manufacture of camera modules: ProCamAlign, Trioptics GmbH, Wedel
The task in this ambitious project was to develop the architecture for a modular, open and expandable system that enables pre-assembled modules to be joined in any combinations for all kinds of customer applications.
This architecture was implemented using object-oriented programming methods.
Technology:
- Beckhoff EtherCAT PLC
- Central control on basis of open source framework Elbfisch.org
- Beckhoff safety terminals and PLC
- OPC UA (Server/Client)
- MS SQL-Server

Elbfisch – open source runtime system for component-based implementation of automation solutions with Java
Embedded PC systems becoming increasingly established in automation technology is encouraging companies to extend the use of object-oriented software development procedures to industrial environments, a step that is long overdue. In this context, Elbfisch provides a runtime environment and a canon of basic functions that enable complex automation tasks to be implemented on inexpensive hardware platforms in Java.
Key words:
- Java 8.x
- Object-oriented design
- Open Source
