Next level in car information with AR HUD systems
We are your partner for innovative Head-Up-Display components of the 21st century. FLABEG accompanies and inspires the further development of your leading industrial sector with glass. Innovative glass finishing revolutionizes the user experience and safety.
Sustainable | Cost efficient | Long lasting
Function
FLABEG’s innovative glass solutions for Head-Up-Displays – flawless, timeless and durable. Our special glass for HUD systems are unparalleled in quality and functionality. With innovative mirror technology, we make a significant contribution to reaching your destination safely and with all relevant information needed.
We believe in Glass
We all know the unique purity, beauty and durability of glass from everyday experience. Glass is the material that can be seamlessly adapted to the most demanding requirements placed on modern materials.
Innovation
With the right material, innovation gains substance. We live this thought and we continue to exhaust it in cooperation with our partner. Our credo: Everything made of plastic today, we will improve with glass for tomorrow.
OUR VISION:
Glass as versatile as plastic
Design trends, increasing digitalization and the tendency towards ever more intelligent usability concepts advocate glass as the ideal material for the future.

Seamless surface
3D-glass with integral forms and buttons for intuitive user guidance
Safety via haptics
Implementation of established and familiar usability concepts
What vision propels you?
„We are ready for your project – my team and I
are looking forward to inspire you
and support your visionary concept“
Dr. Matthias Schiller
Director Product and Process Development
FLABEG –
Glass follows function
FLABEG processes glass for the industrial requirements of the 21st century. We are the first point of contact where glass can create more value and improve functionality. Our special competencies lie in distortion-free bending, coating and processing with innovative technologies. Sag bending is the process of choice to produce flat-aspherical geometries or free-form surfaces.










