Our Service Portfolio:
Enabling Your Success in Europe

CE Compliance & European Machine Safety

Unlocking Market Access. Mitigating Liability Risks.

The Client’s Pain: Complying with European legislation is the single highest barrier to entry for international machine builders. How do you design your equipment to be fully compliant from the conceptual phase to avoid devastatingly expensive retrofits during installation in Europe?
The Solution: We guide your engineering team through the entire compliance process from day one, transforming regulatory hurdles into a clear sales argument.
The Tools Behind It: Full consulting on the European Machinery Directive and the new EU Machinery Regulation 2023/1230. Software-supported safety assessments (e.g., via Sistema), technical file creation (operating manuals, hazard assessments), and alignment of local control concepts (Steuerungskonzepte) with European factory IT security architectures (MES/ERP).

Process Planning & Lean Assembly Concepts

The foundation of a high-yield production Line.

The Client’s Pain: How do you translate complex Western output targets into highly competitive, cost-optimized, and perfectly balanced real-world line layouts?
The Solution: We optimize your process and line designs, focusing on advanced assembly technology for powertrain components, gearboxes, e-motors, and high-voltage battery systems (ICE and BEV).
The Tools Behind It: Holistic process planning and value stream optimization. We design precise cycle time diagrams (Taktzeitdiagramme), map out optimal precedence graphs, and execute line balancing under strict compliance with Western ergonomics and Lean production principles.

The Client’s Pain: Are you delivering an assembly line to a European OEM and facing communication gaps or misaligned engineering expectations? Do your domestic teams struggle to interpret complex European factory standards or plant specifications? Are delays in final acceptance threatening your project margins?
The Solution: Leveraging three decades of automotive project execution, we act as your local and international steering force to ensure a smooth, on-time handover to European end-customers.
Our Deep Product Development Process (PEP) Expertise:
- Requirement Engineering: Analysing RFQs, customer specifications, and local European quality philosophies.
- Interface Management: Seamless coordination between your domestic engineering teams, mechanical/electrical designers (Konstruktion), and the European end-customer.
- Milestone Execution: Strict enforcement of European quality gates (PDR, CDR, FDR) backed by explicit customer sign-offs.
- Clear Workflows (SIPOC): Establishing transparent interface documents and localized workflows to eliminate cross-border misunderstandings.
- Definite Scopes: We ensure a bulletproof Station Specification Document (Stationspflichtenheft) is agreed upon before your design engineers start their work.

Technology is driven by people.

The Client’s Pain: How do you up-skill your domestic engineering teams regarding European quality expectations, maintenance concepts (Instandhaltung), and plant safety?
The Solution: We bridge cultural, language, and corporate gaps to build high-performing, international project execution teams.
The Tools Behind It: Targeted technical and cultural training, helping expanding organizations set up agile project structures, and guiding organizational development toward smart factory solutions (AI) and modern sustainability standards.

The Client’s Pain: Is your machinery already built or installed on-site, but failing to meet performance targets, cycle times, or required OEE/availability during commissioning? Are technical or documentary defects blocking final customer acceptance?
The Solution: We deploy structured, data-driven engineering methods directly on the shopfloor to solve critical issues, stabilize the process, and secure final customer approval.
The Tools Behind It: Structured problem description and root-cause analysis (including FMEA), rigorous design reviews, and quantifiable line capability verification via cycle time analysis, machine capability studies (Cmk), and measurement system analysis (MSA / Cgk).