🟠 See the Form 4 3D printer: bit.ly/3YJZZ6U 📖 Learn more about Form 4's print engine: bit.ly/3O5vh32 👉🏼 Request a free sample printed on Form 4: bit.ly/4hJRwcu 🧐 Read Form 4's reviews: bit.ly/4hE6VuK
43:15 that problem could be fixed by using - Laptop cooling , as in Heat pipes/Heat sink, the copper that uses water convection to draw heat away from the processor ~1000 watts second .
I love this! people never get to see the level of detail that (good) engineers agonize about every little detail. Amazing. This should be required viewing for engineering students
Love all the thought that went into this machine, and would have loved to work on it with the dev team. If I was looking for a quality machine, this would be my choice. Just checked and yeah, it's still way outside my hobbyist budget. But thanks for the teardown video, and sharing the info. Good work.
Superb ! So worth waiting for. It’s a real win win. I can nerd out learning from Shane’s deep insights about design and function, whilst it certainly strengthens my appreciation for the Formlab brand that there is such meticulous effort gone into making this just work. (I have a Form 2 btw - A lovely machine, which obviously was agonised over in turn during its design - yet clearly prehistoric compared to this given you have iterated through successive machines :) ) thank you so much for making this and posting it.
A test that would make a great difference is the distribution of material in a round object that is able to rotate at high speed. Could you please post such tests at different dimensions? The bigger the better. Thank you.
🟠 See the Form 4 3D printer: bit.ly/3YJZZ6U
📖 Learn more about Form 4's print engine: bit.ly/3O5vh32
👉🏼 Request a free sample printed on Form 4: bit.ly/4hJRwcu
🧐 Read Form 4's reviews: bit.ly/4hE6VuK
43:15 that problem could be fixed by using - Laptop cooling , as in Heat pipes/Heat sink, the copper that uses water convection to draw heat away from the processor ~1000 watts second .
Ps: attached to the rim of the glass .
This - ua-cam.com/video/OR8u__Hcb3k/v-deo.htmlsi=8zbbmPnduGTFC-qX
I love this! people never get to see the level of detail that (good) engineers agonize about every little detail. Amazing. This should be required viewing for engineering students
On my list of things to watch when I get home!
Love all the thought that went into this machine, and would have loved to work on it with the dev team. If I was looking for a quality machine, this would be my choice. Just checked and yeah, it's still way outside my hobbyist budget. But thanks for the teardown video, and sharing the info. Good work.
I've been looking forward to this today!
Hi there! Is the top yellow microarray inspired by the concept of microarrays used in OLED TVs that were launched in last year CES?
yes please lets get a 4L teardown!
just made my night
Made my day 😊
Can’t wait ! :) we’ll err yes I do have to wait … lol
Superb ! So worth waiting for. It’s a real win win. I can nerd out learning from Shane’s deep insights about design and function, whilst it certainly strengthens my appreciation for the Formlab brand that there is such meticulous effort gone into making this just work. (I have a Form 2 btw - A lovely machine, which obviously was agonised over in turn during its design - yet clearly prehistoric compared to this given you have iterated through successive machines :) ) thank you so much for making this and posting it.
Awesome, I hope hobbyists will get something like that in 10 years bellow 1k Euro.
It looks like young engineering..
A test that would make a great difference is the distribution of material in a round object that is able to rotate at high speed. Could you please post such tests at different dimensions? The bigger the better. Thank you.
Why is he wearing a warm hat?
to maintain optimum cranial operating temperatures
Bad hair day, robot was buggy.