The integration of digital fabrication technologies into education is essential for equipping students with practical skills in design, engineering, and manufacturing. This presentation explores the introduction of a small metal cutting machine tailored for the education sector, aligning with STEAM learning objectives.

The session will highlight how this innovative machine integrates with industry-standard software, including NCtools and SolidWorks, to provide a seamless workflow from design to manufacturing. By incorporating real-world applications, students gain hands-on experience in CAD (Computer-Aided Design), CAM (Computer-Aided Manufacturing), and CNC (Computer Numerical Control) machining.

Educators will discover how this solution enhances engagement in technical education, enabling students to develop problem-solving skills, understand material properties, design for manufacture. The presentation will also address implementation strategies, safety considerations, and the broader impact on workforce development.

By fostering industry-relevant skills at an early stage, this initiative aims to bridge the gap between education and advanced manufacturing, preparing students for future careers in engineering, fabrication, and related fields. Attendees will leave with insights into how this technology can be effectively integrated into classrooms to inspire the next generation of innovators.