With 25 years of experience in medical technology, he specializes in catheter technology and optics, offering deep expertise in developing innovative technologies

He possesses extensive knowledge in fixture construction, laser welding, and implementing automation solutions to enhance efficiency in medical manufacturing processes

His experience in documentation according to MDR and ISO 13485, as well as managing clinical studies and approval processes, underscores his competence in regulatory compliance

He has successfully developed and optimized electrochemical sensors, including pH, O₂, CO₂ sensors, and processed and characterized biocompatible materials for medical applications

Development and verification of technical optical systems (sensors, immersion, light guides)

Design and further development of tools and fixtures for optical assemblies

Development of electrochemical sensors (pH, O₂, CO₂, conductivity, ISE, biosensors)

Optimization and precise control of adhesive processes in sensor manufacturing.

Prototype design, feasibility analyses, and transition to series production

Introduction of automation solutions in measurement and manufacturing processes

Processing and characterization of biocompatible materials (stainless steel,

titanium, nitinol, polymers, ceramics)

Development of plastic injection molding and metal diecasting components

Calculation and design of fluid channels for analytical and monitoring devices

Documentation according to ISO 13485 and creation of technical documentation

Design of tools and fixtures for catheter manufacturing

Development of minimally invasive catheter systems (PTCA, heart pump, thrombectomy, endoscopes)

Application of joining technologies: laser welding, ultrasonic welding, adhesive bonding

Revision and optimization of manufacturing fixtures (e.g., shrink fixtures, glovebox tools)

Introduction of automation solutions (e.g., tube cutting)

Process development, qualification, and validation according to EN ISO 10555-4, ISO 14155

Simulations (FEM/ANSYS) for structural and fluid mechanics

Development of tribological surfaces (CVD, PVD, plasma) for catheters and implants

Creation of work instructions, approval documents, and documentation according to MDR

Support of clinical studies, data evaluation, and statistics

Development and verification of endoscopic optical systems (rigid & flexible)

Design and optimization of fixtures for optical and mechanical components

Integration of LED and laser diode light sources in endoscope

Implementation of laser welding processes in assembly manufacturing

Development and optimization of fluid channels (flushing, insufflation, suction)

Introduction of automation solutions in manufacturing and assembly

Process design and validation for series production (including adhesive processes)

Selection of biocompatible materials (metals, polymers, glasses)

Creation of technical documentation and standardcompliant drawings