Equip the next generation with hands-on experience across the full manufacturing workflow: Add. Subtract. Repeat.
Hybrid manufacturing education is transforming how advanced manufacturing is taught by combining metal additive manufacturing and CNC machining into a single, integrated learning platform. Rather than teaching these technologies in isolation, hybrid manufacturing systems allow educators to deliver hands-on additive manufacturing training and CNC machining education that reflects real-world production workflows. Students learn how to program, build, machine, repair, and finish metal parts using industry-proven hybrid processes—preparing them for careers in modern manufacturing, research, and defense applications.
Designed for universities, community colleges, technical schools, and advanced high school programs, hybrid manufacturing systems help prepare students for today's workforce while supporting applied research and curriculum innovation. Students gain practical experience with additive manufacturing, CNC machining, and hybrid workflows that emphasize efficiency, repeatability, and production readiness. The result is an education model that aligns with modern manufacturing demands, supports workforce development, and equips graduates with skills employers actively seek—add, subtract, and repeat.
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