Deprecated: Methods with the same name as their class will not be constructors in a future version of PHP; ECS has a deprecated constructor in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_ecshop.php on line 25 Warning: Cannot modify header information - headers already sent by (output started at /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_ecshop.php:25) in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_session.php on line 116 Warning: Cannot modify header information - headers already sent by (output started at /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_ecshop.php:25) in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/init.php on line 165 Warning: Cannot modify header information - headers already sent by (output started at /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_ecshop.php:25) in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/init.php on line 166 Warning: Cannot modify header information - headers already sent by (output started at /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_ecshop.php:25) in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_template.php on line 58 Deprecated: Methods with the same name as their class will not be constructors in a future version of PHP; integrate has a deprecated constructor in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/modules/integrates/integrate.php on line 16 Warning: Cannot modify header information - headers already sent by (output started at /mnt/web505/b0/19/5438219/htdocs/iaple/includes/cls_ecshop.php:25) in /mnt/web505/b0/19/5438219/htdocs/iaple/includes/lib_main.php on line 1103 Grand challenges in laser materials processing _Emerging technologies (SC-ET)_SCIENTIFIC COMMITTEES_IAPLE - Powered by ECShop
Detailed information

Grand challenges in laser materials processing

Last change:IAPLE / 2015-08-31

Grand challenges in laser materials processing

1. Low-cost high-throughput high-quality cold laser machining.

2. Energy efficiency in laser processing.

3. Standardization of laser sources, systems and processing.

4. Micro/nano-processing for large area/macro-parts; high efficiency to high resolution.