CREATE Education

Artus3D, an orthotic manufacturing specialist, has implemented the Raise3D Technologies RMS220 to streamline production through batch printing. This has helped reduce material waste, simplify workflows, and enable a single operator to manage processes that previously required multiple staff members.

The result is faster turnaround times, increased design flexibility, and a more scalable, cost-efficient approach to producing patient-specific orthoses.

👉Read the full case study: https://hubs.ly/Q04fqL_c0

What if students could learn additive and subtractive manufacturing in the same project?

With Meltio hybrid CNC + Wire Laser DED systems, they can.

Material is added only where needed - then machined to achieve precision finishes and functional surfaces. It’s exactly how modern manufacturing works.

From repairing worn components to creating tooling with added features, hybrid manufacturing teaches students to think beyond “just printing” and start thinking about adding real value.

It’s hands-on.
It’s practical.
It’s industry-ready learning.

👉 Discover Meltio and explore the full range:
https://hubs.ly/Q044dhbl0

Who knew a potato chips bag could be this photogenic? 😎

With SHINING 3D's EinScan Pro HD, even tiny wrinkles, creases, and vibrant colours are captured in stunning 3D. Perfect for packaging design checks, creative archiving, or just showing off your snack’s curves - every detail pops!

👉Explore the scan data: https://hubs.ly/Q044BnwL0

Taking 3D printing beyond the classroom 🚀

In many universities, it’s no longer just about prototypes - it’s about solving real engineering problems with real materials. The miniFactory.fi - 3D printer Ultra 2 is helping bridge that gap, giving students hands-on experience with high-performance polymers and industrial workflows.

From repairing critical machinery components to exploring how materials behave under stress, this is what modern engineering education looks like.

If you want to see how industrial 3D printing can fit into your curriculum, it’s worth a read.

👉 Read the full blog here: https://hubs.ly/Q04fMsrN0

Ever wondered how silicone 3D printing is driving real research?

Researchers around the world are using Lynxter 3D printers to push the boundaries in areas like soft robotics, healthcare, advanced materials, and sustainable processes. From fine-tuning mechanical properties to creating precise multi-component designs, the possibilities are incredible.

This new overview brings together real academic projects and includes direct links to the full papers - so you can see exactly how silicone additive manufacturing is being applied in practice.

📥 Grab the research overview here and dive into cutting-edge applications: https://hubs.ly/Q044BfF90

3D printing is helping automotive teams move faster - and smarter.

By bringing prototyping in-house with the Raise3D Technologies DF2+, Baolu Automotive reduced sampling costs by 33% and cut prototype delivery from weeks to just one day.

Instead of waiting on outsourced parts, their team can now iterate, test and validate designs almost immediately - whether it’s clips, clamps or functional components for vehicle assembly.

It’s a great example of how additive manufacturing supports flexible, on-demand production and faster product development.

👉Read more: https://hubs.ly/Q042fy0Z0