Xnext is a technology innovator with the ambition to impact the quality inspection field thanks to XSpectra, our proprietary disruptive technology.
- Project: Xnext & Natra. XSpectra® is a disruptive technology as it overcomes the weaknesses of conventional inspection technologies. It’s by far the most performing real-time inspection technology, the result of over 8 years of R&D. Based on X-ray multi-energy analysis, XSpectra® is capable to perform, in few milliseconds and directly on the production line, a chemical-physical analysis of the product to identify foreign bodies (both low and high density) and non-conformities currently not detectable by existing inspection technologies. It’s a very complex system, the result of a unique combination of Photonics, Nuclear micro-Electronics and Deep Learning Artificial Intelligence Algorithms. The whole system has been designed, developed and engineered in-house by the Xnext team. Since the system runs through AI algorithms, beside the core activity, the detection of contaminants, XSpectra generates a relevant amount of data on the inspected product, which could be used to support the smart factory and zero-defect production approaches to significantly improve the process efficiency. es.
Articles related with Xnext
Mario Alfonso (Alteria Automation), a predictive maintenance expert
Mario Alfonso is one of the founders of Alteria Automation, a startup that works in the predictive maintenance field for all sorts of factories. Started two years ago as a laser coding marker for production lines, it has extended the use of its device to other machinery and robots. [...]
These are the 63 Finalist Startups for Bind 4.0’s next Acceleration Programme
Bind 4.0’s partners have selected 63 startups as finalists for our next Industry 4.0 acceleration programme. Most of them are in the big data and IoT fields, though there are also many are doing additivee manufacturing, cybersecurity, AI and AR/VR. Medical devices, wearables, robotics, artificial vision, nanotechnology, electric vehicles and [...]










