Research & Education

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HBD transforms educational and research workflows by providing an accessible, safe, and high-performance platform for metal additive manufacturing. Unlike traditional methods, our closed-loop system empowers students and researchers to rapidly move from theoretical design to physical validation. With the ability to print complex specimens—from lattice structures to functional prototypes—users gain hands-on experience with cutting-edge technology. This accelerates experimentation, shortens development cycles from days to hours, and provides a deeper understanding of the process-structure-property relationship, all within a safe, fully enclosed laboratory environment.

Process-Structure-Property Understanding

Rapid Experimental Iteration

Real-Condition Validation

3D 프린팅 방법

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Use Case 1: Motorsports Lightweight Parts

Challenge: Need for lightweight, high-stress racing components.
Solution: HBD 150 printed aluminum steering knuckles and guide rails.
Result: Improved handling and performance at Formula Japan 2024.

Use Case 2: Skills Development for Global Competitions

Challenge: Gap between classroom theory and practical industry skills.
Solution: BRICS-aligned training covering hands-on AM and equipment operation.
Result: Industry-ready talent through school-enterprise partnerships.

Use Case 3: Multi-Material & Complex Structure Research

Challenge: Need to explore new materials and complex geometries (lattices, thin-walls).
Solution: HBD printers support diverse powders (Ti, Co-Cr, Steel) with adjustable parameters.
Result: Direct printing and real-condition testing of gradient materials.