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These are our new Airless Basketball 3D models! We have been on a mission to create a 3D-printed basketball that is as close to the Wilson airless basketball (or even a real basketball) as we can get. After trying many of the available basketball models online, we could only find models that offered great bounce or great durability, but never quite both. We designed separate models to print with Flex PLA or PEBA filament, which have had the best bounce/durability results that we have tested. This is to keep the basketballs within the official NBA diameter of around 240 mm and NBA official weight of around 625 grams.

The PEBA filament has the best bounce by far, but it is more expensive. we are releasing these models to the public for free for PERSONAL USE ONLY. These designs (like all Make It Lab designs) are under copyright. Which means, upon downloading, you do NOT have the right to sell commercially. The Digital files are never to be re-sold, shared, or given away! If you would like to legally sell them commercially, please subscribe to the commercial tier in the Make It Lab Patreon here: [ Ссылка ].
We will be focusing on more flexible filament in the near future, so be sure to subscribe to the channel so you don’t miss out on any future videos!

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Links to download the STL files/3mf:

Makerworld: [ Ссылка ]
Printables: [ Ссылка ]
Cults3D: [ Ссылка ]
Thingiverse: [ Ссылка ]


Link for the Flex PLA: [ Ссылка ]

Link to the PEBA filament: [ Ссылка ]

Link to glue sticks for 3D printing: [ Ссылка ]

PEBA Printer settings/info: For full settings, see our settings video: [ Ссылка ]

Printer: Bambu Lab P1S
Custom PEBA profile (using settings recommended by KIMYA)
Nozzle Temperature: 250C
Bed Temperature: 100C
Speed: 40 mm/s
Walls: 4
Infill: 50% gyroid infill
Support settings: I had to block supports at the top and paint them on the bottom using Bambu Studio, then I used normal (manual) supports

Flex PLA Printer settings/info

Printer: Bambu Lab P1S
Generic PLA Profile
Nozzle Temperature: 220C
Bed Temperature: 60C
Speed: 40 mm/s
Walls: 4
Infill: 50% gyroid infill
Support settings: I had to block supports at the top and paint them on the bottom using Bambu Studio, then I used normal (manual) supports

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TIMESTAMPS:

00:00 – Introduction
02:08 – Designing and prepping basketballs for testing
03:50 – Testing the basketball bounce heights
05:49 – Testing the durability of the basketballs
06:28 – Settings used to print the basketballs
11:43 – Commercial selling options for the basketballs
12:14 – Conclusion
12:52 – Make It Lab end video

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Email: MakeItLabChannel@gmail.com

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IMPORTANT INFO: Royalty-free music from:
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DISCLAIMER: We do not accept any liability for any loss or damage which is incurred from you acting or not acting as a result of listening/viewing any of our videos or publications. For all videos on our channel: This information is for general, educational, and entertainment purposes only. Always consult with professionals for advice based on your specific situation.
Links included in this description may be affiliate links and I may receive a small commission if you make a purchase. There is no additional charge but it does help to support my channel if you make a purchase.

Keywords: 3D-printed basketball, 3D-printed airless basketball Airless basketball, 3D printing sports equipment, Innovative basketball design, High-performance basketball, Customized basketball manufacturing, Advanced basketball technology, Durable basketball design, Next-generation basketball, Cutting-edge basketball materials,

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