Louise May

Senior Applications Engineer, Luxinar Ltd

Dr. Louise May is senior applications engineer at Luxinar (Kingston-Upon-Hull, England).

FIGURE 1. Subsurface marking in glass, with characters less than 0.5 mm high, is possible with femtosecond laser sources.
FIGURE 1. Subsurface marking in glass, with characters less than 0.5 mm high, is possible with femtosecond laser sources.
FIGURE 1. Subsurface marking in glass, with characters less than 0.5 mm high, is possible with femtosecond laser sources.
FIGURE 1. Subsurface marking in glass, with characters less than 0.5 mm high, is possible with femtosecond laser sources.
FIGURE 1. Subsurface marking in glass, with characters less than 0.5 mm high, is possible with femtosecond laser sources.
Laser Processing

Femtosecond laser sources to revolutionize industrial applications

April 27, 2022
Femtosecond laser technology enables new laser processing opportunities for industries such as automotive, electronics, and pharmaceuticals.
2011 Ils May 1
2011 Ils May 1
2011 Ils May 1
2011 Ils May 1
2011 Ils May 1
Industrial Laser Solutions

Carbon dioxide lasers for the denim and textile industry

Nov. 23, 2020
Flexible laser processing simplifies creation and modification of designs.
Keeping Vegetables Fresher For Longer With Laser Perforation
Keeping Vegetables Fresher For Longer With Laser Perforation
Keeping Vegetables Fresher For Longer With Laser Perforation
Keeping Vegetables Fresher For Longer With Laser Perforation
Keeping Vegetables Fresher For Longer With Laser Perforation
Industrial Laser Solutions

Carbon dioxide lasers for the packaging and printing industries

July 21, 2020
Carbon dioxide lasers are widely used in applications that include perforating, scribing, marking, engraving, and kiss cutting.