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Tennis Lab & UltiMaker 3D Printing – Precision Customisation for Peak Performance
Tennis Lab, a state-of-the-art tennis customization facility located at the National Tennis Centre Melbourne, is transforming how players interact with their equipment through advanced analytics and cutting-edge technology. Using a science-driven approach, Tennis Lab helps players optimise their racquet and string setup, ensuring that their equipment is perfectly suited to their physique and play style. Born from Innovation: A Science-Driven Approach Tennis Lab, was created to answer one single question: How can we help athletes perform better? This inquiry led to the development of a facility focused on optimising racquets and strings to enhance on-court performance. Over the past seven...
ZEISS - 3D printing precision parts for serial production
Carl Zeiss Optical Components manufactures microscopes, multi-sensoric machines, and optical sensors for industrial measurement and quality assurance purposes. Each machine that ZEISS produces is built to align light to optical measurement axes. This alignment is created with brackets and adjustment screws. Each machine, however, requires a different alignment, which meant the ZEISS Team had to complete the work manually. By measuring the angles in a specific machine, the ZEISS team can design and 3D print an adapter plate, which ensures that light travels exactly in the right direction – straight to a device’s sensor – and is critical for obtaining accurate measurements. ZEISS currently 3D prints a unique adapter plate for every microscope in serial production.
Schubert - A digital warehouse for on-demand manufacturing
Quad Lock Smartphone Mount - Prototyping & Product Development
3D Printing for High Precision Microscope - Suba Engineering
SUBA Engineering is using Ultimaker 3D printers to make final production parts for their high precision industrial digital microscope.
Mat from SUBA Engineering talks about the benefits of 3D Printing compared to traditional methods, such as injection molding.