Datasets used in the paper entitled "Picosecond laser cutting and drilling of thin flex glass"

Dataset

Description

File 1: 2015 06 08 Laser cutting TFG - Results (Fig 5 and 7).xlsx

Effective cutting speed as a function of pulse energy and laser fluence for the 50µm and 100µm thick AF32® Eco Thin Glass substrates. Results obtained for three laser wavelengths: 343nm, 515nm and 1030nm.


File 2: 2015 06 08 Laser cutting TFG - Results (Fig 10 and 11).xlsx

Fig. 10.: (a) The number of laser passes required to drill through the 100μm TFG substrate and (b) the calculated effective drilling speed (VEFFD) as a function of the pulse energy.

Fig. 11. (a) Micro-hole outlet diameter as a function of the number of laser passes for Ep = 51μJ, 58μJ and 66μJ. (b) The calculated effective drilling speed (VEFFD) as a function of the micro-hole outlet diameter.
Date made available10 Jun 2015
PublisherHeriot-Watt University
Date of data production10 Jun 2015

Cite this

Wlodarczyk, K. L. (Creator) (10 Jun 2015). Datasets used in the paper entitled "Picosecond laser cutting and drilling of thin flex glass". Heriot-Watt University. 2015_06_08_Laser_cutting_TFG_Results_Fig_5_and_7_(.xlsx), 2015_06_08_Laser_cutting_TFG_Results_Fig_10_and_11_(.xlsx).