Sandor Fazekas
General Manager
Hunify Laboratories Kft.
I am an executive leader and engineer with a background in digital transformation, advanced manufacturing technologies, and complex project management. I currently serve as Managing Director and Owner of Hunify Laboratories, where I focus on technology-driven innovation, business development, and international collaboration. My professional experience spans engineering, research, and leadership roles across multiple industries. My main interests center on Industry 4.0, digital manufacturing platforms, and integrating engineering, data, and business processes to create scalable industrial ecosystems.
One-stop ordering platform for Industry 4.0 systems optimized for machine tools and machining processes
Presentation Abstract: Mysheet4.0 focuses on the development of a one-stop ordering system for Industry 4.0 solutions optimized for metal sheet forming and related machining processes. The increasing digitalization of manufacturing creates significant challenges in selecting, configuring, and procuring compatible machines, tools, software, and services. Mysheet4.0 addresses these challenges by providing a unified digital platform that integrates technical data, process knowledge, and commercial information into a single ordering environment. By leveraging standardized data models, interoperability frameworks, and digital twin concepts, the platform ensures technical compatibility and process optimization across the entire value chain. Automated workflows support quotation, ordering, and system integration, while reducing engineering effort, lead times, and configuration errors. Real-time availability, lifecycle information, and performance indicators further enable transparent, customer-centric ordering processes. Mysheet4.0 strengthens cross-border industrial collaboration by connecting suppliers and users within a shared Industry 4.0 ecosystem. The project demonstrates how an integrated one-stop ordering approach can enhance efficiency, flexibility, and competitiveness in modern, machine-tool-based prototype manufacturing.