Customized optical systems with ray and wave optical precision
As experienced development partner design we in the Customer order highly precise optical Systems for the Use with High performance and ultrashort pulse lasers. Thereby Go we about classic radio-optical Concepts beyond: Our Systems become also under wave-optical aspects optimized – for maximum Performance with demanding Applications in Research, Industry and Technology development.
with optical systems from TOPAG
Customized solutions
Experience in USP lasers, diffraction theory and measurement technology enables efficient development
Optimized for your needs
Free advice on requirements and framework conditions. Initial feasibility and cost estimate. Definition of the project process.
Simulation and calculation to validate the optical system. Clear target and cost definition.
Optimization of the system after consultation. Production of all components via our European partner network.
Function and quality testing - just like in series production. ISO 9001 certified processes.
All effects recorded
Active research partner
TOPAG is not only strong in industrial implementation, but is also an active research partner. Since 2008, Topag has been continuously involved in publicly funded projects with universities, research institutes and national and international industrial partners, in which we develop innovative optical systems for laser processing – from the idea to the prototype.
OpEn LaserLathe: Optical Engine for femtosecond laser based micro lathe
Optics system for ultra-fast laser processing
Project partners: Light Conversion, Aschaffenburg University of Applied Sciences, Femtika
The aim of this Eurostar project was to develop an optical machining system including process head, laser beam source and CAD/CAM software that supports and optimizes all aspects of the laser turning process. It enables ultra-precision machining of rotationally symmetrical components, which is of interest to the precision engineering and medical technology sectors, among others.
TOPAG: Development of the process head, incl. inspection camera, lighting, zoom telescope and lens for focusing
NextGen - 3DBat: Novel beam-forming concepts for research into advanced high-energy and high-performance battery systems
Innovative beam shaping - for the batteries of tomorrow
Project partners: EdgeWave, KIT, Fraunhofer IWS, Sill Optics, Novanta
The aim of the overall Next-Gen-3DBat project was to research advanced concepts for high-energy and high-performance battery systems. The 3D structuring of active and inactive battery components was intended to increase the energy and power density and service life of Li-ion batteries while simultaneously reducing production costs.
TOPAG: Research and development of beam-shaping elements for the large-area structuring of battery components with ultrashort pulse lasers.