Maximum Power with Full Control
Precision in Energy Transmission
In laser processing, the quality of beam delivery determines the quality of the result. High-power applications such as metal cutting, welding, drilling or ablation require fibers that can guide extreme energy densities with minimal loss — even under dynamic motion, tight bending radii or harsh industrial conditions. In medical laser systems, stable beam delivery is equally essential for safe, controlled therapeutic and surgical procedures.
CeramOptec’s optical fibers for laser beam delivery are engineered to maintain consistent transmission, homogeneous beam profiles and long-term durability. Designed for both industrial and medical OEM integration, they provide reliable performance under continuous load, ensuring reproducible results and maximum process stability across all laser-based applications.
Typical Applications
- Industrial laser cutting & welding: stable beam delivery at the highest energy densities
- Laser drilling & ablation: precise energy transmission for micromachining
- Medical laser applications: reliable fibers for therapy, surgery & endoscopy
- OEM system integration: customized assemblies for serial devices
Advantages of Our Fiber Optic Beam Delivery Solutions
- High laser resistance – optimized for extreme energy densities and continuous load
- Non-circular core geometries – homogenized beam profiles and uniform energy distribution
- OEM integration – plug-and-play assemblies for industrial and medical systems
- Durability & process reliability – consistent performance even under tough conditions
- Flexible specifications – diameters, NA values, coatings and connectors customized as required
FAQ – Frequently Asked Questions
Which fibers are suitable for high-power lasers?
Our Optran® WFGE and Optran® NCC fibers are specifically engineered for high-power laser applications. They ensure reliable energy delivery and beam homogenization, avoiding hot spots and enabling consistently precise machining results.
What is the advantage of non-circular fibers?
With rectangular or polygonal core geometries, our NCC fibers adapt the coupled energy perfectly to the application. This provides ideal intensity distribution and sustainably improves quality and productivity in laser material processing.
Can these fibers also be used in medical laser systems?
Yes. We provide biocompatible and sterilizable fiber assemblies that can be validated for surgical and therapeutic laser systems – ensuring reliable integration into clinical applications.
Are customer-specific adaptations possible?
Absolutely. Customized assemblies are our core business. We adapt core geometry, diameter, NA values, connectors and coatings precisely to your requirements, from initial prototypes through to serial production.
How quickly are test samples or prototypes available?
Many of our Optran® fibers are available directly from stock. Individual prototypes are developed and delivered promptly in close coordination with your project requirements, enabling rapid testing and smooth system integration.
