El taladro más pequeño impreso en 3D
En Nueva Zelanda un hombre imprimió el taladro mas pequeño que ha existido, de tan sólo 7.5 mm de tamaño este taladro impreso en 3D es completamente funcional.
Not today Justin
will byers stan first human second

Kiana Khansmith
No title available

if i look back, i am lost

❣ Chile in a Photography ❣

⁂
styofa doing anything

roma★
NASA
DEAR READER

izzy's playlists!
Today's Document
Show & Tell

Andulka
Stranger Things

JVL
2025 on Tumblr: Trends That Defined the Year
Monterey Bay Aquarium
Keni

seen from United States

seen from Türkiye

seen from United States
seen from Mexico
seen from Japan

seen from Netherlands

seen from Singapore
seen from Saudi Arabia

seen from United States

seen from United Kingdom
seen from United Kingdom

seen from Singapore
seen from Canada
seen from Türkiye
seen from Netherlands

seen from Malaysia
seen from United States
seen from Germany
seen from Türkiye
seen from Netherlands
@calebj210
El taladro más pequeño impreso en 3D
En Nueva Zelanda un hombre imprimió el taladro mas pequeño que ha existido, de tan sólo 7.5 mm de tamaño este taladro impreso en 3D es completamente funcional.
How many followers do you have?
I gots 15 followers, which is good enough for me!
Finally got to 3d printing the t-rex shower head printed ! It took only 13 hours at a .2 mm layer height. Gotta love printing!
Just printed my brother some brass knuckles! They turned out great
Electron microscope image of a structure created by Nanoscribe’s micro-3D printer
Just printed NASA’s wrench, it works great!
awesome!
Apparently you people haven’t heard of a ratchet.
^ glad im not the only one
Oh man, that is totally a ratchet. Thanks for correcting me!
On a side note the ratchet is fully compatible with different fittings and bolts.
Also any suggestions or ideas of things I could design or print would be greatly appreciated!
Just printed NASA's wrench, it works great!
Watch a man control two robotic prosthetic arms with his mind
Thanks to a neural surgery and robotic technology, a man in Colorado named Les Baugh is the first person to gain the ability to control two shoulder-level robotic arms with his mind. The limbs and the technology that powers them were developed by Johns Hopkins University.
"We use pattern recognition algorithms to identify individual muscles that are contracting, how well they communicate with each other, and their amplitude and frequency," said Albert Chi, a Johns Hopkins trauma surgeon, in a statement. “We take that information and translate that into actual movements within a prosthetic.”
Baugh lost his arms 40 years ago in an electrical accident, so the prosthetic limbs represent a big change. Now that the researchers know that the system works, the next step is to send him home to see how he integrates them into his everyday life.
The Verge
Johns Hopkins
Finally printed my puzzle cube! Printing is the best!
It has been the best half year if my life with quintin-thefinn, I can't wait to see where we go together in life! quintin-thefinn you are the most amazing person I have ever known!
Devnote Tuesdays: The Last 2014 Edition
We’re celebrating our beta launch with a company holiday party. Celebrate with us by raising a glass and toasting to a successful 2014! Thanks for playing, participating and being the best community there is. We’ll see you in January!
Go for the wall - First autonomous print of the metal 3D printer Its the first stage.
calebj210
Gotta pay the troll toll, to get into that boys soul... Gotta pay the troll toll to GET IN!
At first the thought scared me, but now, I find it really freeing. This is the time where you grow and struggle and learn. It’s not going to be perfect, but you’ll look back on your younger days and be proud of how far you’ve come.
Intel “Make It Wearable” Finalist BLOCKS Wants to Make Smartwatches Modular
The smartwatches on the market today come pre-packaged with features that can’t change unless they are entirely on the software side. If you bought a watch that doesn’t have a heart rate monitor and now want to track that data you will have to go out and get a brand new one. This is exactly what BLOCKS, a team from the Intel “Make It Wearable” challenge is trying to avoid.
Read More
requested by lamotriginequeen