Innovative 3D Printing for Education of all Levels
Discover B9Creations’ revolutionary 3D printing solutions that are transforming education across K-12, technical colleges, and universities. These ultra-precision printers offer unparalleled speed, accuracy, and versatility. Students can bring complex concepts to life and accelerate innovation. With patented FAST™ Technology, open material platforms, and custom development options, B9Creations provides accessible, affordable solutions that bridge the gap between education and industry demands. Join our webinar series to learn how our technology can elevate your institution’s capabilities and inspire the next generation of innovators.
Transform K-12 Learning with High-Speed, Real-World 3D Printing
K-12 educators: Discover how accessible and affordable industry-grade 3D printing technology can bring ideas to life in a single class period. Learn about ultra-precision printers that deliver high-quality prints quickly, allowing students to focus on design and real-world applications. Hear from educators who have successfully integrated this easy-to-use technology, preparing students for careers in fields like aerospace and biomedical engineering.
November 6th | 11:30AM CT
High-Precision 3D Printing for Career-Ready Graduates
Technical and community college educators: Discover how industry-grade 3D printing technology can revolutionize your programs and prepare students for high-demand careers. Learn about ultra-precision printers that offer unmatched speed and accuracy for rapid prototyping and production across multiple industries. Hear from educators who have successfully integrated this technology, enhancing student engagement, skill development, and career readiness.
November 13th | 2:00PM CT
Cutting-Edge 3D Printing for University Programs & Research
University researchers and educators: Discover how high-precision 3D printing technology can transform research and education in fields like engineering, biomedical sciences, and aerospace. Learn about advanced solutions that provide unmatched precision for micron-scale structures, rapid prototyping, and versatile materials for applications in tissue engineering and microelectronics. Hear success stories from institutions leveraging this technology to attract top talent, secure competitive grants, and drive innovations in custom materials and complex microstructures.
November 20th | 2:00PM CT