InnoLas Solutions GmbH, the leading German laser equipment company for micro material processing and laser engineering, is pleased to announce the appointment of Antonio Schmidt in the role of Vice President of Business Development.
Antonio has an impressive background in sales, business development and strategic marketing. He brings in more than 20 years’ professional experience in the high tech equipment industry, establishing worldwide sales and services for new industries and emerging markets.
“I couldn’t be happier to welcome such an experienced professional,” said Richard Grundmüller, founder of InnoLas Solutions. “Antonio´s profound knowledge of the industry in both sales and marketing is a valuable asset that will help us to expand our business into world leading tech accounts from the automotive, electronics and semiconductor industries in the next future. He will transform our new applications into processes and products that optimally benefit our customer’s needs.”
Antonio comes to InnoLas from his previous role as Vice President Sales & Marketing at a leading German equipment manufacturer where he was responsible for all worldwide sales activities, including batteries, displays and electronics. Prior to that, he held different positions in the optical disc equipment industry.
He commented: “I look forward to expanding InnoLas Solutions’ business globally and leveraging our relationships with the top-tier companies of our area.” Antonio studied business at the University of Applied Sciences in Offenburg and graduated in capital goods marketing.
About InnoLas Solutions GmbH
InnoLas Solutions GmbH produces tailor made laser systems for micro material processing, particularly for the semiconductors, electronics and photovoltaic industry. The German company designs and manufactures machinery solutions as stand-alone systems or inline integration, perfectly adapted to industrial production conditions. Worldwide service and support ensures smooth setup and reliable operation. InnoLas Solutions utilizes innovations in laser technology to produce highly-efficient and reliable processing systems.
