Presentation
22 November 2023 The SLX journey: designing a cost-efficient laser mask writer for today’s and tomorrow’s maskshop requirements
Robert Eklund, Mikael L. Wahlsten, Mats O. Rosling, Martin Glimtoft, Peter Henriksson, Anders Svensson, Fredric Ihren, Youngjin Park
Author Affiliations +
Abstract
Mycronic assessed the market for Laser Mask Writers and concluded that there was an opportunity if the product was reliable, had high uptime, was cost-efficient to compete with fully depreciated writers and was sustainable including having a small carbon footprint. To achieve this, the platform needed to be modern allowing to support flexibility in a rapidly changing environment and enable the possibility to develop new functionalities to meet future customer demands to last long, while keeping the development cost down. This paper describes the process and the decisions behind the SLX writer and how it has been received by the market. The future of the SLX will also be discussed and how key parameters like resolution and registration will be improved for future products.
Conference Presentation
© (2023) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Robert Eklund, Mikael L. Wahlsten, Mats O. Rosling, Martin Glimtoft, Peter Henriksson, Anders Svensson, Fredric Ihren, and Youngjin Park "The SLX journey: designing a cost-efficient laser mask writer for today’s and tomorrow’s maskshop requirements", Proc. SPIE PC12751, Photomask Technology 2023, PC127510H (22 November 2023); https://doi.org/10.1117/12.2687582
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KEYWORDS
Laser development

Carbon

Laser marking

Manufacturing

Semiconductor manufacturing

Semiconductors

Sustainability

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