Bridging Fundamental Materials Research and Industrial Production

FZU Works with ATO to Connect Lab-Scale Research and Industrial Production

FZU – Institute of Physics is one of the Czech Republic’s leading research institutions, working across six major physics domains, including a national center focused on materials, coatings, and their applications.

FZU’s fundamental materials research and its industrial additive manufacturing work were operating separately. FZU needed a way to connect microscopic-level research directly to real, manufactured materials.

Learn how:

• A compact ultrasonic atomizer fit FZU’s limited lab space while giving researchers full control over alloy composition.
• Interchangeable frequency modules let researchers tune particle size distribution for each specific research goal.
• FZU can now move from alloy theory to finished 3D-printed part entirely in-house, without leaving the lab.
• The new vacuum chamber design minimizes contamination, ensuring purity in all experimental runs.
• Advanced software integration allows for real-time monitoring and adjustments during the alloy creation process.
• Researchers can now collaborate remotely, sharing data and insights instantly through cloud-based platforms.
• A state-of-the-art filtration system enhances the quality of aerosol particles produced, crucial for precise applications.
• FZU’s enhanced safety protocols protect researchers while handling volatile materials, promoting a safer lab environment.
• A dedicated training program equips researchers with skills to maximize the capabilities of the new equipment.
• The compact design not only saves space but also reduces energy consumption, aligning with sustainability goals.

Download this case study to see FZU’s active alloy research programs, their particle-size strategy, and commentary from NCC MATCA’s General Manager.