Achieving precise kerf cut characteristics in laser beam cutting (LBC) is contingent upon the
meticulous modeling of the process. This research delves into a comprehensive …

Melt pool monitoring in selective laser melting (SLM) is a key challenge to enhance the
understanding of the basic process physics, as well as the in situ identification of drifts. The …

Adaptive real-time monitoring and control is a natural solution for automated unmanned
laser cutting that has been intensively studied for the last decades. However, sensor …

Femtosecond laser processing has been widely applied in glass processing owing to its
ability to fabricate microscale components. To improve processing efficiency, a transient and …

Laser cutting of metals has become the reference manufacturing technology in sheet metal
working thanks to the flexibility and the increased productivity it offers when compared with …

We report a unique sensor system based on a InGaAs photodiode to detect the formation of
burr during near infrared fiber laser cutting. The sensor approach encompasses the …

We report on an innovative algorithm for an InGaAs and Si photodiode-based sensor system
to detect incomplete cuts during high-power near infrared fiber laser cutting. Using such dual …

We present an in situ process monitoring approach for remote fiber laser cutting, which is
based on evaluating images from a high-speed camera. A specifically designed image …

Featured Application Authors are encouraged to provide a concise description of the specific
application or a potential application of the work. This section is not mandatory. Abstract The …

We report on a photodiode-based sensor system to detect cutting interruptions during laser
cutting with a fiber laser. An InGaAs diode records the thermal radiation from the process …