CeramOptec at the Laser World of Photonics 2025

The latest generation of customizable fused-end bundles for high-performance applications and highly efficient transmissions will be presented. Another focus of the exhibition is the exploration of new application areas such as process monitoring and laser material processing through fiber optimization.

Fit for the future thanks to robot handling

Ready for the intralogistics of the future: KASTO offers the fully automated picking and palletizing robot handling system KASTOsort.

How is the optics of the future created?

At the Fraunhofer Institute for Laser Technology ILT, tailored solutions are being developed that consist of a few highly efficient and extremely productive individual steps.

Smart weighing increases production automation

The new supply center of the agrochemical and pharmaceutical company Bayer in Hangzhou integrates the weighing technology from Minebea Intec for precise mixing and homogenization in explosion-prone areas.

Innovative laser application in tube laser cutting

Metalworking: New Opportunities through Laser Technology at Metal Construction Nick

Clip Tip: Automated Processes for Aircraft Doors

New Material and Production Concept Drastically Reduces Manufacturing Times for Aircraft Doors

Simplified integration of hydraulic sensor technologies

Parker improves the monitoring and control of complex hydraulic systems with the new SensoControl Converter Box for the Parker Service Master Connect

Making the laser process visible with synchrotron radiation

With synchrotron radiation, welding processes can be observed in detail like never before – live and in real-time! Researchers from the Fraunhofer ILT and the RWTH Aachen – Chair of Laser Technology are working at DESY to make steam bubbles, melting movements, and defects visible. Their findings optimize battery and microelectronics production and pave the way for new materials.

Ceramic 3D Printing for Europe

KYOCERA Fineceramics Europe GmbH now offers the production technology 'Ceramic Additive Manufacturing' in Europe. The process enables the production of complex geometries and almost any custom shapes. Additionally, prototypes can be created very quickly, allowing production to ramp up to thousands of pieces per week in a short time.

Laser processes for the battery production of the future

New paths in battery manufacturing from raw material processing to recycling