LASER SYSTEMS
Useful thinking
Innovative components
for laser technology
Innovative components for laser technology
Laser systems
Exceptional performances in laser sources
Zenit Smart Polycrystals enable reduced production costs and allow for the design and optimization of laser source performance. Thanks to the flexibility in shape and composition, Zenit polycrystals allow for overcoming single-crystal technology in the production of solid-state laser sources.
ZENIT patented technology enables the production of components with fully customizable shapes and compositions. The type and spatial distribution of dopant ions are precisely controlled in all three dimensions of the component.
ZENIT patented technology enables the production of components with fully customizable shapes and compositions. The type and spatial distribution of dopant ions are precisely controlled in all three dimensions of the component.
- Ultra-efficient cooling thanks to enhanced heat dissipation.
- Reduced thermal gradients through precise spatial control of ion distribution within the laser gain medium.
- Energy savings and system miniaturization through improved cooling and increased efficiency of the laser gain medium
EASY CUSTOMIZATION
The high degree of flexibility in both geometry and composition enables the production of:
- Homogeneous or multi-composition components
- Graded structures with smooth dopant concentration profiles
- Core-cladded architectures
- Versatile formats for your design: disks, slabs, rods, or customized shapes
LASER SYSTEMS
3D printed innovative ceramic components
LASER SYSTEMS
Markets and applications
Solid-state laser technology is widely used in the automotive sector, such as in mechanical processing and welding, in the medical laser sector (e.g., dermatology and ocular surgery), and in high-power lasers for scientific research.
