Optical 3D Metrology

20 years of Independent 3D Machine Vision Expertise
A full line of optical 3D measurement technologies allows to choose the most cost-effective and best-in-class technical solution - regardless of manufacturer, brand or a certain technology, Solarius is your guarantee of innovation and progress in your digitized quality assurance for your Industry 4.0 approach.
The 3-dimensional detection and reproduction of technical surface properties, whether topography, texture or tribological parameters, is made possible by a variety of physically different optical imaging principles. These optical imaging principles allow a true, complete and fast digitization of technical surfaces and on this basis a real-time, automatable and reliable analysis of this data for the purpose of monitoring and controlling processes as well as for the actual assurance of the quality of products. The traceability of the quality data in the form of audit trails or subsequent verifiability of results is also possible in an easy and transparent way at any time by archiving these digitized surfaces. The optical 3D measurement technology for technical surfaces is an elementary component of the comprehensive digitization of industrial production, allowing your manufacturing lines to "visually inspect" the current process results. By its capability to make machines "see" their own action optical 3D metrology contributes to the High-Tech Project Industry 4.0
Using the various 3D imaging principles, digital images of shapes, textures, roughness and layers are created. Each of the 3D imaging principles shows natural strengths and weaknesses over the individual character of objects. Depending on the nature of a surface, the material of the workpiece, or the final use of a product, a particular imaging principle may prove advantageous over the other principles. Experience in the application of optical metrology and an independent choice of technology are essential. In addition, each of the imaging principles, over more than 20 years of intensive, industrial application of optical 3D metrology, has developed various variants of the technical implementation and design in order to best address their own natural weaknesses. The multitude of competing technologies and vendors, with all their individual advantages and disadvantages, makes choosing the right technology for a specific task or a wider range of tasks a complex and non-trivial decision.
The Solarius Group of Companies offers a broad and comprehensive portfolio of optical 3D measurement systems and technologies for digitization as well as the following metrological analysis of technical surfaces. Based on a complete technology platform, the optimal system or combination of technologies can be determined for each measurement application. Based on 20 years of experience in automated, industrial 3D measurement technology worldwide and a multinational team of experts in the field of optical 3D surface detection and image processing, Solarius is independent in choosing the most economically and technically best solution for your individual task.
Solarius SolarCore Software Platform

The newly developed Win10 Solarius corporate software platform is designed according to GAMP, FDA and SEMI standards, guiding engineers as well as operators intuitively through workflows, in a contemporary look and feel.
A configurable user management, developed following GAMP guidelines, meets 300mm SEMI SECS/GEM standards as well as it is providing flexibility to a high degree as it is necessary to meet up-to-date requirements of the modern fab engineer. Its intelligent architecture allows the quick implementation of individual workflows and new devices and components in a short time and is capable of processing the highest amounts of data in real time processes.
The modern style user interface integrates the complete workflow of metrology and inspection tasks as well as the needed material handling capabilities by an easy and straightforward to operate functional layout. Its high level of abstraction in combination with a broad range of available metrology allows to adapt quality processes to almost any objects and manufacturing environments.
The integrated, FDA 21 CFR Part 11 compliant audit trail is an advanced logging data base for process relevant information as well for tracing changes and process relevant data and can be connected to electronic user identification systems. It allows a certified and reliable tracing of all manufacturing and QA relevant changes or can be simply used as a message logging window for operator-based tool surveillance.