Optomechanical Systems & Photonics

Close-up of an optical device on a mounting plate with mechanical holders and precision components.

We bring
light into the darkness.

Whether in laser technology, optical sensor technology, or imaging – photonics is developing rapidly. Systems are becoming more compact, precise, and technically complex, while requirements for thermal management, beam guidance, and alignment accuracy are constantly increasing. At the same time, the close connection between optics, mechanics, and electronics creates new opportunities for powerful and stable systems.

As an experienced system integrator in photonics, we support our customers in the development and production of optical systems – with precisely manufactured optomechanical assemblies, finely tuned modules, and a deep understanding of the specific requirements of photonics-based applications. Our mechatronic solutions are individually designed, stable, and reproducible over the long term – for maximum precision in every application.

We bring
light into the darkness.

Whether in laser technology, optical sensor technology, or imaging – photonics is developing rapidly. Systems are becoming more compact, precise, and technically complex, while requirements for thermal management, beam guidance, and alignment accuracy are constantly increasing. At the same time, the close connection between optics, mechanics, and electronics creates new opportunities for powerful and stable systems.

As an experienced system integrator in photonics, we support our customers in the development and production of optical systems – with precisely manufactured optomechanical assemblies, finely tuned modules, and a deep understanding of the specific requirements of photonics-based applications. Our mechatronic solutions are individually designed, stable, and reproducible over the long term – for maximum precision in every application.

We are your partner in development and production.

To Our Competencies

Development and production of optomechanical assemblies for laser systems, sensors, and imaging
Fine adjustment and active alignment of optical components with maximum precision
Integration of laser sources, beam shaping, and beam guidance into mechatronic systems
Integration of laser modules, sensors, and detectors
Thermal management and structural measures for stabilizing optical axes
Particle-free assembly of optical systems

We are your partner in development and production.

To Our Competencies

Development and production of optomechanical assemblies for laser systems, sensors, and imaging
Fine adjustment and active alignment of optical components with maximum precision
Integration of laser sources, beam shaping, and beam guidance into mechatronic systems
Integration of laser modules, sensors, and detectors
Thermal management and structural measures for stabilizing optical axes
Particle-free assembly of optical systems

Safety First: Precision Assembly Under ESD Protection

In the production of optomechanical and optoelectronic systems, every detail counts. Our specially equipped assembly areas offer the ideal conditions for this: Low-dust and temperature-controlled environments ensure stable conditions, while ESD-protected workstations reliably protect sensitive components from damage.

Structured assembly processes, trained specialist personnel, and precise adjustment procedures create systems with the highest mechanical and optical stability – reproducible, safe, and of consistent quality – from the prototype to series production.

Safety First: Precision Assembly Under ESD Protection

In the production of optomechanical and optoelectronic systems, every detail counts. Our specially equipped assembly areas offer the ideal conditions for this: Low-dust and temperature-controlled environments ensure stable conditions, while ESD-protected workstations reliably protect sensitive components from damage.

Structured assembly processes, trained specialist personnel, and precise adjustment procedures create systems with the highest mechanical and optical stability – reproducible, safe, and of consistent quality – from the prototype to series production.