Delta Electronics has opened a new Automation & Robotics Centre in Stuttgart, Germany. The facility gives manufacturers, system integrators, and partners direct access to robotics demonstrations and automation engineering support. Delta officially announced the centre on September 17, 2026. (- Delta)
Stuttgart Centre Expands Industrial Automation Support
The new facility focuses on practical evaluation rather than conventional product displays. Visitors can test automation concepts through live demonstrations, workshops, and proof-of-concept projects.
The centre covers approximately 600 m² and has a local engineering team of around seven specialists. Therefore, customers can discuss application requirements directly with technical personnel. (roboticsupdate.com)
Stuttgart also provides a strong industrial ecosystem for this type of activity. The region has deep connections with automotive manufacturing, machinery, robotics, and industrial control technologies.
Robotics and Control Systems Meet at the New Facility
Delta positions the centre around integrated factory automation rather than standalone robots. This approach connects robotics with motion control, industrial networking, PLC-based control systems, and other automation technologies.
In practical projects, robot performance depends on the complete control architecture. The PLC or controller manages sequencing, while drives and motion systems coordinate machine movement.
Industrial communication also affects how effectively equipment works together. Ethernet-based protocols can connect robots, PLCs, HMIs, vision systems, and other control devices.
For manufacturers, this integrated approach can simplify application testing before equipment reaches the production floor.
Delta D-Bot Cobots Demonstrate Factory Automation
The Stuttgart centre features Delta's D-Bot collaborative robot systems. The D-Bot portfolio covers payloads from 6 kg to 30 kg, supporting different industrial handling and assembly requirements. (德尔塔)
Delta demonstrated applications involving the D-Bot DC20 and DC30 models. The DC20 provides a 20 kg payload and 1,800 mm reach. The DC30 supports a 30 kg payload and 1,300 mm reach. (德尔塔)
The demonstrations included collaborative palletising, material-flow operations, and robotic dry welding. These examples show how cobots can address repetitive material-handling and production tasks.
Moreover, the D-Bot platform supports interfaces such as Modbus TCP, EtherNet/IP, and safety I/O. Delta also lists PROFINET and EtherCAT connectivity through external hardware. (德尔塔)
Live Application Testing Improves Automation Planning
A major benefit of an engineering centre is the ability to test an application before production deployment.
For example, an integrator can evaluate robot reach, payload requirements, cycle sequences, and material positioning. The team can then adjust the mechanical layout and control logic before installation.
This process can reduce design uncertainty during factory automation projects. It also gives engineers a practical environment for checking interfaces between robot controllers, PLCs, sensors, drives, and safety systems.
From an engineering perspective, this testing stage often provides more useful information than reviewing isolated product specifications.
Digital Manufacturing Requires Integrated Engineering
Modern factory automation increasingly combines physical equipment with software-based engineering tools.
Delta's D-Bot platform includes a digital twin environment for testing and programming robot applications. The company also supports programming interfaces including Python, C#, C++, and ROS 2. (德尔塔)
These capabilities can support virtual commissioning and application development. However, engineers still need to validate physical cycle times, tooling, safety functions, and process tolerances.
Therefore, digital simulation should complement physical testing rather than replace it.
Stuttgart Centre Strengthens Regional Collaboration
The opening also connected Delta with Stuttgart's wider manufacturing and research ecosystem.
Peter Fröschle, managing director of ARENA2036, delivered a keynote presentation during the opening event. ARENA2036 brings industrial and academic partners together around future mobility and production technologies. Delta joined its network in 2025. (roboticsupdate.com)
This type of collaboration can help automation suppliers understand changing production requirements. It can also create opportunities for joint research, demonstrations, and application development.
Proof-of-Concept Projects Support Factory Automation
Delta plans to use the centre for more than technology demonstrations. Its activities include proof-of-concept development, customer workshops, technical training, and application engineering. (roboticsupdate.com)
This model is particularly relevant for manufacturers evaluating new automation architectures. A production team can test a concept before making larger equipment investments.
For system integrators, the facility can also provide a controlled environment for validating robot applications. Engineers can examine mechanical integration, communication, safety functions, and production sequences together.
Application Scenario: Collaborative Palletising
Collaborative palletising provides one practical example of the centre's capabilities.
A typical system combines a robot, gripper, conveyor, sensors, and PLC control. The PLC coordinates product detection and pallet sequences. Meanwhile, the robot controller manages the programmed motion profile.
The engineering team must also consider payload, reach, cycle time, product orientation, and safety zones. These factors determine whether a cobot can meet the production requirement.
A live demonstration allows engineers to evaluate these variables before implementing the system on a factory line.
Application Scenario: Material Flow and Welding
The material-flow demonstration using the DC20 and DC30 highlights another automation requirement.
Multiple robots must coordinate their movements with upstream and downstream equipment. The control architecture therefore needs predictable communication and clear sequencing.
The robotic dry-welding demonstration targets another class of production process. Here, positioning accuracy, tooling, process parameters, and repeatable robot motion become important engineering considerations.
These examples show why factory automation projects require more than selecting a robot based on payload alone.
What the Stuttgart Centre Means for Industrial Automation
Delta's new facility reflects a broader shift in industrial automation development.
Manufacturers increasingly want to validate complete production concepts before committing them to full-scale deployment. Consequently, suppliers are investing more heavily in demonstration centres, application engineering, and proof-of-concept services.
The Stuttgart location gives Delta a regional environment for this work. It combines robotics demonstrations with engineering support and customer collaboration.
In my view, the most useful aspect of such a facility is not the showroom function. The stronger value comes from testing the complete automation chain under realistic operating conditions.
That includes the robot, PLC, motion system, industrial network, safety architecture, sensors, and mechanical process.
Conclusion
Delta's new Stuttgart Automation & Robotics Centre expands its European platform for industrial automation development. The approximately 600 m² facility supports demonstrations, training, proof-of-concept projects, and application engineering. (roboticsupdate.com)
The D-Bot demonstrations also show how collaborative robotics can connect with broader factory automation architectures. For manufacturers and system integrators, practical testing can help turn automation concepts into validated production solutions.