The Mechanical Workshop at the Lake Lucerne Institute is a cutting-edge space for developing and prototyping mechatronic projects, particularly in neurorehabilitation applications. It features specialized stations for every stage of prototyping, such as an Ideation Station with cutters and a sewing machine, Electronics and Soldering Stations with advanced tools, and mechanical tools including a CNC machine to fabricate and refine parts. Researchers use the workshop to design, build, and test innovative and cost-effective solutions, seamlessly transitioning from concept to practical application. The facility fosters collaboration and hands-on learning, supporting the entire development cycle from ideation to testing. By providing access to state-of-the-art tools and a collaborative environment, the workshop empowers researchers and students to push the boundaries of mechatronic engineering and contribute to advancements in clinical applications. It is an essential resource for turning groundbreaking ideas into reality.
Key Technologies
The 3D Printing Station at LLUI’s Mechanical Workshop is equipped with two high-precision Bambu Lab printers and a versatile Creality Ender printer. These advanced tools enable students and researchers to rapidly transform digital designs into physical prototypes, supporting a wide range of projects from conceptual models to functional components.
The CNC machine enable the high-precision manufacturing of components from solid material blocks. Utilizing advanced CNC software, users can program intricate designs and achieve exceptional accuracy, making these machines ideal for creating complex and challenging parts. This technology is crucial for producing detailed mechanical components, ensuring precise and consistent results in every project.
The space houses two soldering stations equipped for both soldering/desoldering and reflow processes. These stations offer advanced tools and technology to facilitate electronic assembly, making them ideal for both intricate repair work and the creation of new prototypes. Their versatility allows for efficient handling of delicate components and complex circuitry, ensuring that every electronic device crafted meets the highest standards of quality and reliability.
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