01.
Test Rig Concept Development
The methodical conceptualization and evaluation of custom test rigs form a core area of expertise. In addition to new developments, this encompasses the systematic analysis of existing concepts to identify fundamental mechanical or measurement limitations and derive potential for optimization.
02.
System Design & Engineering
Methodical concept design and evaluation of specialized test benches are among our key competencies. Beyond ground-up development, we perform systematic analyses of existing setups to pinpoint underlying mechanical or instrumentation weaknesses and unlock optimization potential.
03.
Evaluation Software, Measurement Data Processing & Analysis
Failure Analysis
This area covers the complete process chain from measurement to conclusion: development of software for time-synchronous data acquisition, signal processing, and measurement data interpretation. Targeted evaluation of test-rig or field data enables conclusions regarding actual system behavior, providing the foundation for precise fault diagnosis and sound root cause analysis of mechanical failures.
04.
Consulting & Project Support
This area covers technical documentation and professional assistance for research and development initiatives, including project applications for funding bodies. The portfolio is augmented by a strong network across industry and academia.
Methodical Project Execution
Specification & Feasibility Assessment
Clarification of technical requirements, feasibility analysis, and definition of system boundaries. For sensitive research and development projects, this phase is routinely conducted under strict Non-Disclosure Agreements (NDAs).
Concept Design & Engineering Analysis
Conversion of specifications into analytical and/or simulation models (e.g., in the fields of rolling bearing or machine dynamics). Subsequently, detailed drafting and engineering design are executed in the CAD system.
Verification & Optimization
Evaluating concepts and simulation models against mathematical and physical principles. This step systematically addresses potential flaws and iteratively refines design details.
Documentation & Technology Transfer
Final preparation and handover of production-ready CAD data, comprehensive technical reports, result interpretation, and actionable recommendations derived from the findings.