ICALEO 2020 Registration Sponsorship Dedicated Interview – TRUMPF Inc.

Please introduce yourself and what you do at TRUMPF Inc. David Havrilla, Lead Instructor of Laser Technology.   We understand that TRUMPF Inc. is the Registration sponsor this year at ICALEO. How long has TRUMPF Inc. been participating in this conference? Not exactly sure, but they have been involved at least since we were established […]

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What have your colleagues been reading? – 2019 Most Read JLA Articles

JLA – Most Read Articles of 2019! Generating more than 3,600 downloads in 2019, the articles listed below are some of the most read Journal of Laser Applications articles from 2019, all of which have been made free to read, download, and share for a limited time (until Monday, Feb. 3, 2020). Publishing with us […]

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Killing Cancer at the Speed of Light

As featured in LIA TODAY By Liliana Caldero   LITT Brain cancers make up about 1.4% of all new cancer cases in the U.S. (NCI, 2018). Surgery is an important part of managing these cancers, with the goal of removing the tumor when possible. Doing this safely can present a challenge when the tumor is […]

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Laser Additive Manufacturing’s Journey to Commercialization

By Andrew Albritton As seen in LIA TODAY LASER ADDITIVE MANUFACTURING CHALLENGES Laser Additive Manufacturing (LAM), as it pertains to powder based manufacturing, is a technique that utilizes the interaction of lasers and base materials to construct a product, rather than removing material from a pre-constructed block of material. LAM is quickly approaching the critical […]

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Superhydrophobic and Superhydrophilic Functionalization of Engineering Surfaces by Laser Texturing

By Suwas Nikumb, Peter Serles, and Evgueni Bordatchev As seen in ICALEO 2017 and LIA TODAY   Nature is a bountiful source of inspiration to advance innovative surface functionalities, processes, and technologies for engineering materials. For example, the super-hydrophobic surface characteristic of the lotus leaf can be recreated by mimicking the microstructure and surface energy […]

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