AbstractUltra short pulsed lasers have gained acceptance in micro-machining applications and many processes have been developed in the lab. Transferring the technology to the manufacturing floor started few years ago as soon as relatively high average power (> 5W) lasers became available. Now that high repetition rates and average powers of 50 Watt and more are reaching the market, the commercially available galvo based laser scanners systems limit the efficient use of this expensive laser power. We present a novel polygon based scanner system incorporating laser and scanner synchronization enabling writing speeds of 50 m/sec and higher
The ability to laser machine materials with high resolution and high throughput is critical in advan...
AbstractUltra-short pulsed lasers (pulse width 10ps) with high pulse repetition rates (1-8MHz) provi...
Ultra-short pulsed lasers (pulse width 10ps) with high pulse repetition rates (1-8MHz) provide the p...
AbstractUltra short pulsed lasers have gained acceptance in micro-machining applications and many pr...
To be competitive in laser micro machining, high throughput is an important aspect. One possibility ...
o be competitive in laser micro machining, high throughput is an important aspect. One possibility t...
Increasing speed in laser processing is driven by the development of high-power lasers into ranges o...
Ultra-short pulse (USP) lasers are already being successfully used in industry for laser structuring...
Ultra-short pulse (USP) lasers are already being successfully used in industry for laser structuring...
AbstractMetals and other materials can be machined with surpassing quality and highest flexibility w...
AbstractThe interest using ultra-short pulsed laser systems for industrial applications increased re...
AbstractFor surface and 3D structuring in a 2.5D process, ultra-short pulsed laser systems are mostl...
Since the stereolithograpy system appeared on the market, various rapid prototyping machines based ...
The ability to laser machine materials with high resolution and high throughput is critical in advan...
AbstractSince many years shortening of pulse duration down to femtosecond regime is propagated as a ...
The ability to laser machine materials with high resolution and high throughput is critical in advan...
AbstractUltra-short pulsed lasers (pulse width 10ps) with high pulse repetition rates (1-8MHz) provi...
Ultra-short pulsed lasers (pulse width 10ps) with high pulse repetition rates (1-8MHz) provide the p...
AbstractUltra short pulsed lasers have gained acceptance in micro-machining applications and many pr...
To be competitive in laser micro machining, high throughput is an important aspect. One possibility ...
o be competitive in laser micro machining, high throughput is an important aspect. One possibility t...
Increasing speed in laser processing is driven by the development of high-power lasers into ranges o...
Ultra-short pulse (USP) lasers are already being successfully used in industry for laser structuring...
Ultra-short pulse (USP) lasers are already being successfully used in industry for laser structuring...
AbstractMetals and other materials can be machined with surpassing quality and highest flexibility w...
AbstractThe interest using ultra-short pulsed laser systems for industrial applications increased re...
AbstractFor surface and 3D structuring in a 2.5D process, ultra-short pulsed laser systems are mostl...
Since the stereolithograpy system appeared on the market, various rapid prototyping machines based ...
The ability to laser machine materials with high resolution and high throughput is critical in advan...
AbstractSince many years shortening of pulse duration down to femtosecond regime is propagated as a ...
The ability to laser machine materials with high resolution and high throughput is critical in advan...
AbstractUltra-short pulsed lasers (pulse width 10ps) with high pulse repetition rates (1-8MHz) provi...
Ultra-short pulsed lasers (pulse width 10ps) with high pulse repetition rates (1-8MHz) provide the p...