This case study explores a recent collaboration between SEAM and a Mechanical and Manufacturing Engineering Degree student from SETU together with support from the AMASE programme, highlighting the journey from concept to prototype using the power of collaboration and 3D printing.
The project focused on developing a golf putter and tensile specimens for material exploration and proof of concept, utilising 316L material and Laser Powder Bed Fusion (L-PBF) technology.
The process began with the student’s initial design, which served as the foundation for further development. SEAM’s additive manufacturing team, provided iterative feedback to help refine and improve the design, leading to a clear blueprint for production.
Testing played a crucial role, with rigorous analysis of the fabricated tensile specimens providing insights into material behavior and structural integrity. Leveraging advanced equipment and methodologies, SEAM obtained valuable data to guide decision-making and refine the design.
The culmination of the project was the delivery of the finished prototype—a carefully crafted golf putter and a set of validated tensile specimens. For the student, it symbolised the realisation of a concept and prototype through partnership and perseverance.
This project demonstrates the transformative potential of additive manufacturing and strategic collaborations. It showcases SEAM’s expertise in bringing ideas to life through additive manufacturing.
Looking ahead, SEAM remains dedicated to fostering partnerships and advancing the use of both metal and plastic additive manufacturing for early-stage prototyping. Through continued collaborations and new projects, the SEAM and SETU ecosystem continues to thrive, driving innovation and pioneering solutions.
For updates on collaborations and projects from the SEAM ecosystem please contact us directly.