Hirschvogel Group
In collaboration with the Hirschvogel Group, MSTVision supported the evaluation of challenging industrial machine vision applications. The focus was particularly on inspection tasks involving high process speeds and the reliable analysis of highly reflective surfaces—requirements where established machine vision solutions often reach their limits. Together, the teams evaluated various approaches based on photometric stereo, including […]
10 years of MSTVision
10 Years of MSTVision 🎉 This is where it all began. Ten years ago, MSTVision started in a small flat in Mainz-Hechtsheim. What began as a one-man company founded by Michael Stelzl has grown into a strong team of dedicated experts, united by a passion for machine vision and innovative solutions. From those first days […]
Flat Dome with PS Advanced
Expanding the possibilities of Photometric Stereo illumination 💡 PS Advanced is already well established with ring light configurations. However, when inspecting shiny or highly reflective surfaces, alternative illumination concepts can deliver even better results. In a recent customer feasibility study, we combined PS Advanced with the CCS LFXV Flat Dome Series, using a 100 × […]
PS Advanced Release
We’re excited to announce the public release of the MSTVision Framework 🚀 The MSTVision Framework is our software platform for building and operating high-performance Photometric Stereo applications with our PS Advanced. It provides a seamless workflow for camera configuration, image acquisition, and Photometric Stereo processing — helping customers integrate advanced surface inspection into industrial environments […]
Basler AG
Basler AG has been an important technology partner of our company for many years. We source a wide range of components from Basler and work together on a close, long-term partnership basis. We particularly value their expert support, quick response times, and the open, collaborative partnership, which is also evident in our mutual exchange of […]
aku.automation GmbH
MSTVision, in collaboration with aku.automation, successfully completed a challenging high-tech project in the field of industrial image processing. Through the strategic use of MSTVision’s powerful image processing and inspection technologies, a solution was implemented that meets the highest quality and performance standards and provides the end customer with lasting value. aku.automation specializes in industrial image […]
Scharfenberger GmbH & Co.KG
Together with our partners Scharfenberger GmbH & Co.KG and Strelen Control Systems, we developed the ESOS 800 AI optical sorting machine. We contributed our extensive experience in high-speed image processing and ultra-fast sorting technology to the project, combining it with Scharfenberger’s mechanical engineering expertise. The system was developed in a very short timeframe and successfully […]
Strelen Control Systems GmbH
For several years, MSTVision has been working closely with Strelen Control Systems GmbH to further develop the high-speed sorting approach. The collaboration is based on a clear division of technical responsibilities, with the shared goal of developing high-performance and scalable sorting solutions for various markets. While MSTVision is responsible for the backend architecture, high-performance image […]
Omnicell GmbH
Omnicell GmbH, headquartered in Darmstadt, offers a wide range of solutions for pharmacies. These include a comprehensive portfolio of SureMed blister cards as well as technologies for filling these blister cards according to individual patient needs. In addition to manual and automated solutions, the portfolio also includes the fill2light system. This system supports the filling […]
MultiChannel Setup
What if your imaging setup could adapt precisely to your inspection requirements? Our MultiChannel setup is designed to provide maximum flexibility across all relevant imaging parameters — enabling tailored solutions for complex, high-speed inspection tasks. The setup supports multiple camera configurations and variable resolutions, allowing precise adaptation to field of view, depth of field, and […]