Special-purpose machinery, robotics and high-performance drive systems — from concept to industrialisation.
Customer-specific machinery and robotic systems, precision mechanics and drives, machinery safety and focused support through industrialisation.
Development of custom machinery, robotic systems and precision manufacturing equipment from concept to industrialisation.
High-performance mechanical systems, precision mechanisms and geared or direct-drive solutions for demanding industrial applications.
Risk assessment, functional safety and CE conformity engineering for industrial machinery, including transition support for Regulation (EU) 2023/1230.
Focused engineering support for technically demanding machinery — from feasibility and design review through supplier development, validation and industrialisation.
Selected work from more than 20 years of industrial engineering, including projects completed in previous engineering and executive roles.
Development of a high-precision mechanical system for aerospace manufacturing, with focus on stiffness, positioning accuracy, drivetrain architecture, manufacturability and integration into the production environment.
Mechanical concept and detailed engineering of customer-specific production equipment — from load cases and machine architecture through CAD, structural verification, manufacturing design and industrialisation.
Development of a high-stiffness rotary positioning system including bearing architecture, drivetrain concept, servo integration and structural verification for demanding static and dynamic loads.
Development of high-stiffness robotic manufacturing systems for machining and advanced production processes. Engineering scope included mechanical architecture, peripheral axes, tooling, metrology, process equipment and industrial integration. Engineering experience includes systems and applications deployed in industrial environments including Siemens Energy, Airbus, Blue Origin, Fives and other industrial customers.
Custom production and manufacturing systems.
Precision rotary axes, kinematics and mechanical systems.
Geared and direct-drive systems.
Industrial robotic mechanisms and automation systems.
Precision fixtures, workholding and aerospace tooling.
Engage Aenox Engineering for one development phase or complete machine development.
Define functions, interfaces and load cases.
Evaluate architectures and technical principles.
Develop the mechanical system in detail.
Calculate, simulate and validate critical behavior.
Resolve manufacture, assembly and documentation.
Support sourcing and production implementation.
Support assembly, testing and industrial start-up.
We work within customer CAD and calculation environments, applying specialist tools where they add the most value.
KISSsoft / KISSsys-based gear, bearing and drivetrain analysis.
PTC Creo, Autodesk Inventor, SolidWorks and integration into customer-specific CAD environments.
Mechanical Engineer
Robotics & Machine Tool Engineering
Mechanical engineer and engineering leader with 20+ years of industrial experience across machine tools, industrial robotics, precision mechanics, automation and advanced manufacturing systems. Former CTO / Head of R&D, CMSE® Certified Machinery Safety Expert, inventor and patent holder.
Let’s discuss the application.