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MVTec Software GmbH

Automation Machinery Manufacturing

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MVTec Software GmbH

Overview

MVTec Software GmbH is a leading international manufacturer of software for machine vision. MVTec products are used in a wide range of industries, such as semiconductor and electronics manufacturing, battery production, agriculture and food, as well as logistics. They enable applications like surface inspection, optical quality control, robot guidance, identification, measurement, classification, and more. Software by MVTec enables new automation solutions for the Industrial Internet of Things by providing modern technologies like 3D vision, deep learning, and embedded vision. With its headquarters in Munich (Germany), locations in Boston, MA (USA), Lyon (France) and Kunshan near Shanghai (China), as well as an established network of international distributors, MVTec is represented in more than 35 countries worldwide. Products: MVTec is the developer and vendor of the general purpose machine vision software products HALCON and MERLIC. MVTec HALCON is optimized for the needs of OEMs and system integrators and allows engineers to set up their own solutions for a specific machine vision task. MVTec MERLIC is a powerful, all-in-one machine vision software product that enables users to quickly build complete solutions without programming. Solutions: Furthermore, MVTec builds customized software solutions for machine vision – from consultancy, studies, and prototypes up to integrated products. Software solutions can be based on standard PC or embedded hardware (e.g., Arm®-based systems). Moreover, MVTec’s team has an excellent background in processing images of different kinds, including 3D, infrared, hyperspectral, and X-ray images. Mission: To offer customers the greatest possible benefit, MVTec’s innovative work is driven by a commitment to be the number one supplier for all kinds of machine vision software technologies. MVTec focuses on in-house research and hence takes a leading role in the challenging process of understanding how machines can learn to see.