Commuting is incomplete without music! High-end car audio systems don't need expensive upgrades, and broken car helmets don't have to be thrown away immediately. Japanese engineer Katsuya Tanabiki uses 3D scanning and 3D printing to create low-cost, high-efficiency applications, making even the modification and repair of car parts a breeze. See two applications below:
Many car enthusiasts are particular about the sound quality of in-car music. In addition to the original audio system, how can they add other audio equipment? Placing it on the dashboard is not very suitable. Adding it to the A-pillar is the best choice in terms of both appearance and sound quality. However, this involves modifying the car's structure and requires a lot of cost to outsource the installation work.
Katsuya used the Shining EinScan Pro 2X 3D scanner to scan a car's A-pillar. After adjusting the brightness in the software, it could smoothly scan black structures. Alternatively, using AESUB's self-evaporating scanning powder (developer), a layer of white powder would appear on the object's surface . After a few hours, the powder would automatically evaporate, completely unaffecting the scanning function. ( Click to see: AESUB scanning powder requires no cleaning, 3D applications for large cars! )
Using EinScan Pro 2X 3D scanning , the process can be completed in just 5 minutes! Then, simply keep the area where you want to install the speakers; select and delete any other unnecessary parts (the red areas).
Import the scanned car A-pillar file directly into Fusion 360, and use CAD modeling software to design and 3D model the exterior structure of the speaker ( click to see: Snapmaker with Fusion 360: 3D stereo model sculpting! ).
If the central locking mechanism of a motorcycle full-face helmet is damaged or broken, users will usually decide to replace it to ensure driving safety. But wait! Using 3D scanning and 3D printing technology , the same part can be replicated, bringing the helmet back to life.
Katsuya used the Shining EinScan Pro 2X with a tripod for fixed 3D scanning , accurately capturing the interlocking structure. The Shining series 3D scanners have three scanning modes: handheld fine scanning, tripod-based fixed scanning, and fixed turntable scanning. You can choose the most suitable mode to capture the object based on its size.
After scanning, the 3D file is output and placed into CAD software. The damaged structure is then repaired and reconstructed using a model. Finally, the file is reproduced using a 3D printer . Repairing a full-face safety helmet only takes 1 hour.
Did you enjoy this sharing session? Custom industrial parts and add-ons no longer need to be outsourced. By leveraging industrial technology, combining 3D printing and 3D scanning can create greater efficiency and save costs. Whether for business development or personal use, these technologies can be fully utilized. SanDiMa offers more than just 3D printing ; contact us now to learn more about the Shining series 3D scanners .
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