Educational 3D Printers for Edmund Rice College (formerly Catholic Agricultural College)
Why 3D Printing for Edmund Rice College (formerly Catholic Agricultural College)?
Enhancing Learning with 3D Printers at Edmund Rice College
At Edmund Rice College (formerly Catholic Agricultural College), a private K to 12 school in Western Australia, fostering innovation and creativity is a key priority across all year levels. Incorporating 3D printers into the curriculum offers an exciting opportunity to expand hands-on learning in ways that align with the school’s cross-curricular approach, particularly in the realms of STEM, Visual Arts, Design and Technology, and Mathematics.
- Fosters innovation in project-based learning
- Encourages creativity and problem-solving skills
- Enables hands-on experience in design and engineering concepts
- Supports cross-curricular connections in Maths, Science and Art
- Prepares students for future study and vocational pathways
Through the Design and Technology programme, students can transform digital ideas into tangible prototypes, supporting a deeper understanding of engineering and manufacturing processes. In Science classrooms, 3D printing allows for the creation of specialised models, bringing abstract concepts—such as molecules or mechanical systems—to life. Visual Arts students benefit by exploring form, texture, and space in entirely new ways, enhancing their artistic expression with technology. Meanwhile, Mathematics students see real-world applications of geometry and measurement, reinforcing classroom theory with practical outcomes.
The availability of 3D printing also aligns with the college’s commitment to preparing students for tertiary pathways and modern careers, particularly in sectors such as design, engineering, and technology. By working collaboratively on projects, students build teamwork, communication, and project management skills, all highly valued in the workforce.
Ultimately, 3D printers enrich the educational experience at Edmund Rice College (formerly Catholic Agricultural College), sparking enthusiasm for learning, nurturing essential 21st-century skills, and equipping students with the knowledge and confidence to excel in an ever-evolving world.
Best-Selling 3D Printers for Schools such as Edmund Rice College (formerly Catholic Agricultural College)
These are the classroom favourites—reliable, safe, and built to handle busy school environments. Explore our most popular printers that balance performance, ease of use, and value.
3D Printers and Supplies
PRODUCT CATEGORIES
Unlock All The Tools You Need
About 3D Printers & How They Help
At Best 3D Printers for Schools, we do far more than supply machines. We deliver complete, classroom-ready solutions that produce consistent results and genuine educational value.
Every printer in our range is handpicked for reliability, ease of use, and safety in school environments. Our materials are specially selected to perform flawlessly in Australian classrooms, term after term.
- Classroom-safe printers with fully enclosed designs and auto shut-off
- Plug-and-play models that require minimal technical knowledge
- Education-grade PLA and specialty filaments that are non-toxic and eco-friendly
Our curated range helps students and teachers move from digital design to real-world creation with confidence.
From Year 3 to Year 12, whether it is a science prototype, a maths manipulative, or a cross-disciplinary project, our top-of-the-range and solutions are built to support creativity, critical thinking, and hands-on learning.
FAQ that Schools often ask about our 3D Printers
Frequently Asked Questions for Schools Interested in 3D Printers
What safety features do your 3D printers offer for use in an educational environment?
Our 3D printers are equipped with several safety features tailored for educational settings, including enclosed build chambers to minimize direct contact with moving parts or heated elements, automatic shutoff mechanisms, filtration systems to reduce emissions, and user-friendly interfaces that provide clear guidance and warnings. We also provide comprehensive safety guides and training materials for staff and students.
Do you provide educational resources or curriculum integration support along with the 3D printers?
Yes, we offer a range of educational resources designed to help teachers seamlessly integrate 3D printing into their curriculum. This includes lesson plans aligned to common educational standards, project ideas, step-by-step guides, and access to our online community for ongoing support and collaboration among educators.
What is the level of technical support and training provided for school staff and students?
We provide comprehensive technical support that includes initial onsite or virtual training sessions for educators and staff, instructional materials for students, ongoing helpdesk access, remote troubleshooting, and maintenance guidance. Our goal is to ensure that both educators and students feel confident and capable in using the 3D printers effectively in a classroom setting.
Are your 3D printers compatible with commonly used design software and file formats in schools?
Our 3D printers support a wide variety of design software commonly used in educational environments, including but not limited to Tinkercad, Autodesk Fusion 360, and SketchUp. The printers accept standard CAD and 3D model file formats such as STL, OBJ, and 3MF, making integration with your existing technology infrastructure straightforward and flexible.
CONTACT US
Let’s Find the Right Printer for Your School
Not sure where to start? Our expert team is here to help. Whether you’re buying for one classroom or a full campus, we’ll guide you every step of the way.
Official Distributors for
