Specializations:

• Design and implementation of modular automation solutions for industrial applications outside traditional mass production
• Integration of robotics, conveyor systems, and sensor technology to optimize material flows, cycle times, and plant availability
• Cross-discipline coordination with electrical partners, IT, and commissioning – focus on interfaces rather than PLC programming
• Digital pre-coordination and simulation of automated processes in virtual models (e.g., for testing, layouts, safety, cycle times)
• Applicable to existing and new plants, particularly in retrofits, conversions, or plant networking

Specializations:

• Hall scanning for precise capture and digitalization of existing production facilities
• Creation of detailed virtual factories for planning and visualization
• Digitalization of production plants for optimized monitoring and control
• Integration and use of digital twins for realistic process simulation
• Verification and validation of digitized tools and safety areas
• Networking and centralized availability of plant and process information

Specializations:

• Planning production systems (greenfield & brownfield) – technology-based, future-oriented, and process-driven
• Concept engineering & systematic problem-solving – breaking down complex tasks into functional, manageable subcomponents
• Technology scouting & benchmarking – identifying and assessing innovative production and automation technologies
• Analyzing and identifying requirements of all stakeholders
• Development of requirements and solution matrices – structured evaluations providing sound decision-making bases
• Modular production concepts – scalable, flexible systems for evolving market and product needs
• Automation and safety consulting – standards-compliant, ergonomic, and cost-effective design of safe production processes
• Value stream analysis & process optimization – analyzing and improving production workflows for efficiency and cost reduction

Specializations:

• Capturing and digitalizing existing facilities and components with high-resolution 3D detail scans and structured geometry analysis
• Reverse engineering and CAD reconstruction of components and assemblies – even without existing documentation or prototypes
• Production-ready redesign and adaptation, e.g., for retrofits, cycle-time optimization, or integration of new technologies
• Alignment, positioning, and collision testing in digital models as preparation for conversions or plant networking
• Technology-accompanied design of mounts, interfaces, fixtures, or robotic grippers
• Model maintenance, variant management, and construction data management for long-term reusability and plant availability
• Interface coordination with production, assembly, and automation for seamless real-world implementation