Revolving Lithophanes Lamp - DIY 3D Printing
ฝัง
- เผยแพร่เมื่อ 13 เม.ย. 2019
- I've been nominated for "Community Advocate" at this year's 3D Printing Industry Awards, if you wish to vote, you can do so here: geni.us/3DPIAwards
Model can be found on MMF store: geni.us/GOTLamp
Filament can be found here: geni.us/ProtoPasta
Printers-
Prusa MK3: geni.us/PrusaMk3
Zortrax Inkspire: geni.us/3DPrima or geni.us/InkspireMH
Program Sketch: www.dropbox.com/s/7r52tcwwm6v...
Arduino Library: arduino.esp8266.com/stable/pac...
Electronics needed:-
Wemos D1: geni.us/WemosD1
Step Down converter: geni.us/LM2596
Switch: geni.us/Switch1
DC Jack: geni.us/DCJack
6004 Bearing: geni.us/6004Bearing
Stepper motor and driver: geni.us/MotorandDriver
1 meter LED Strip (60 leds/m): geni.us/WS2812B
Female to female jumper cables: geni.us/Jumpercables
some M3x10 and M3x5 (around 12 and 5 respectively)
Optional:
PSU: geni.us/PSU9v1
Rubber Feet: geni.us/RubberFeet
Should you wish to support me, you can also do so via:
Patreon: / 3dmakernoob
paypal: www.paypal.me/jcasha
Want to send me something? go ahead (Normal mail as courier packages get returned):
Attn: Joseph Casha
P.O. Box 12
Constitution Street,
Mosta, MST 9059
Malta
Europe
Song:
Still Back by ZAYFALL / zayfallmusic
Creative Commons - Attribution 3.0 Unported - CC BY 3.0
creativecommons.org/licenses/b...
Music promoted by Audio Library • Still Back - ZAYFALL (...
#3DPrinting #lithophane #Gameofthrones
-----------
Affiliate links:
Matterhackers: geni.us/MH3DMN
Amazon International: geni.us/3DMNoob
Gearbest: geni.us/3DMNGB
Banggood: geni.us/3DMNBG
Aliexpress: geni.us/3DMNAE
Recording Equipment:
Main Camera: Panasonic Lumix G7: geni.us/LumixG7
(B-Roll) Canon EOS760D: geni.us/CanonEOS
Canon EF 10-18mm: geni.us/CanonEF1018
Canon Lens: geni.us/Canon2470
ElGato Stream Deck: geni.us/Streamdeck
Elgato HD60S Capture Card: geni.us/elgatohd60
Timelapse - GoPro Hero 5: geni.us/GoProH5
Microphone, Rode Filmmaker Kit: geni.us/RodeFMkit
Light Boxes: geni.us/StudioLights
High Speed SD Card: geni.us/SandiskSD - วิทยาศาสตร์และเทคโนโลยี
![[Lithophane tips] 10 Things I Wish I Knew Before Making Lithophane - 3D Printing](http://i.ytimg.com/vi/3teKRhzTORY/mqdefault.jpg)
![[Lithophane tips] 10 Things I Wish I Knew Before Making Lithophane - 3D Printing](/img/tr.png)
The mix of 3D printing and electronics take the channel to new heights. This makes your channel stand out head and shoulders above the others. I respect your dedication and commitment to helping all us makers. Thanks.
th-cam.com/users/shortsEy96AUzPEiE?feature=share
That’s a seriously cool project and a fantastic walk through. Good job!
Another great project, already have in mind a few pics I want to use, thanks for sharing your work and keep the content coming!
Great project. Can't wait to try it out
That's Badass DYI! Amazing video Joe!
Excellent work Joe!!!
I'm crying, this is all kinds of incredible!!!!
Haven't soldered in so many years but got a printer last week and you've got me inspired!
Awesome project Joe great job thanks
Top notch video Joe .....perfect explanation of how to assemble this :-) .It is a very nice project .
Stylish lamp. I have to say that you have many cool projects. Continue with that, have a nice day.
very nice my wife wants one now. lol will get started on it soon.
Very nice project 👍👍👍
Can‘t wait to make one ... thx for sharing.
as always joe outstanding work ans a very easy video to follow.thanks for taking the time to do this for us Meare mortals
beautiful work
Fancy! This may be the first time I've seen resin lithopanes. That in itself might merit closer examination in a future video. I believe TH-cam's lithopane videos so far have all been FDM versions.
An interesting build. I shall have to try it out
Awesome job! you nailed it!!!
Very very nice project ! Love it
Less glue and more zip ties, I like it! 😁
The metallic finish is really cool.
Absolut fantastic work
Awesome Joe. Thanks
Soo good!! Thank you Joe!!
This is an awesome build. I'm looking for a simpler solution. No wifi. Just a motor and a light. Grandma doesn't have wifi.
th-cam.com/users/shortsmoUVc1AADlA?feature=share
Soon design plan will uploaded
Well done, awesome project.
Impressive project 😄
Thanks for sharing 😀👍
Really cool project.
This is wonderful....I love this !
Awesome work!
This is awesome. Very cool.
looks awesome!
Dam joe this is awesome, i am so gonna build this, so glad I’m a Patreon
Awesome man. Nice work!
Man this is AWESOME Joe. I am, still finishjing up the last thing :)
Joe, You have inspired me to do one myself :).
Just bought the files, printing has commenced 👍
That's literally awesome. Haven't heard of Blynk. I just ordered some ESP8826 now so I can make my dream smart home real 😍. Maybe I'll make some videos about it too.
Thanks for the sharing! Very nice and well layed information! Loved it :)
Keep going Joe!!
Very nice, Joe!
Thanks Pete
I would love to see the design process of the lamp. I have tons of arduino, esp9266 boards, and buck/boost converters, and I would love to use Fusion 360 to custom design cases and enclosures for all my projects. Awesome video, as always.
Great project Joe! greetings from Poland! :-)
Great project 👍
Thank you
nice job!
cool and neat
Cool stuff dude!! Congrats!! The steel base was an awesome add-on. Keep up those projects... I miss the doly time-lapse, much cooler than the front view one hahahaha
So this would be great if I knew anything about soldering or electronics.
wow this crazy good
Thanks :)
You should do a follow up to this, the blynk app isnt the same anymore so the directions you give are obsolete
Great stuff Joe, very straightforward. Fantastic result too. I guess that this Game of Thrones show is going to be big one day now that you've made the lamp 😂 Cheers, JAYTEE
As soon as I become a rocket scientist I'll try that. Thanks.
Awesome! I had this exact project in mind (minus the wifi control) for the past week after printing lots of lithophanes and trying to figure out a clean way to light them up. Crazy that you made it while I was pondering haha saves me the frustrations of designing from scratch. My plan is to use an Arduino nano and a servo modified to turn 360 degrees (eliminates the stepper driver requirement) with potentiometers to adjust the speed/direction and color. Studying your sketch will help me get there much easier. Purchased the files before I even watched the video. Many, many thanks for sharing this Joseph! Imagine all the smiles you just helped to bring out. Any chance you could share your source file for the base so I can modify it to fit a servo?
Nice!
For the WS2812B RGBW strip in the description I had to change:
Adafruit_NeoPixel pixels = Adafruit_NeoPixel(NUMPIXELS, PIN, NEO_GRBW + NEO_KHZ800);
instead of
Adafruit_NeoPixel pixels = Adafruit_NeoPixel(NUMPIXELS, PIN, NEO_GRB + NEO_KHZ800);
Did you also need to add an "int W" for the white LED? I have been unable to get the LED's to work, I got the motor control but not the lights.
@@gobeavsosu no that's all I had to change
Come on Joe! Don't push yourself down like that. You are the archetypical noob and therefore you will always "still be learning", but this is great. Really great! And the code is simple and functional. Much better than what you make it sound like!
One thing I would like in the code though, is some comments. Just throw a few "// This part does this", "// Change this to do this" and "// Enter credentials here" and it will be even better!
Very good point, to be completely honest if it weren’t for those comments I wouldn’t have learned anything so completely agree to leave them there. And thank you very much buddy
Didn't have time to go through all the comments to see if it was mentioned, but for your ESP based projects, look into the WiFiManager library. It handles generating an AP for the initial wifi configuration and connecting in STA mode after that. I have used it in a couple projects I have done. As for the functionality that Blynk (?) provides, you would have to write your own web page to do this. But for something this simple, that shouldn't be too difficult.
Hey Joe! I decided to go back and watch a few of your older videos. I noticed in your timelapses that you were using a shutter remote on the right side of your Prusa printers. I would love to know your method of how you do timelaspses, maybe see a tutorial vid?
Very nice project. I was thinking something like that would also make a nice little music box. Do people even use music boxes any more LOL.
This is really great work. Everything printed and fit together perfectly. Just waiting on all the hardware now, so I can assemble completely. One quick question.... Does the app always have to be open in order for the lamp to run or will it run by just turning on the power switch without using the app every time?
An excellent tutorial involving both my favorite hobbies. Very nice work. Thank you for the time it took to do this project and presenting it to us. As a side note, how much torque is in that motor? Is it strong or does it barely move the turntable. I am thinking of using that in a different project that need some torque. Thanks
Oh has quite some decent torque in it to be honest, as long as you run the power directly and not through the wemos itself
How much filament is needed to print this? And is standard PLA ok to use? Great project, already ordered the parts.
Hi! Great project.
If in my house we all want to control the lamp from our own cellphones, is it possible to use the app in different cellphones?
way cool!! I purchased your design from MyMini Factory ! Question, if I want to give this as a present, any recommendations on how to setup the wifi/token?
Has the sketch been updated any for more functionality like brightness or removing the delay when changing colors? Printing 2 of these now as gifts. Great job on this!
Amazing video brother, how noisy is the stepper motor?
This is epic and I would love to make it...so if i wanted to set this up so others could have it and the light not be connected only to my phone how would i do that
One thing to think about... I use the steel filament frequently and it has some pretty interesting thermal properties. It absorbs and transmits heat extremely easily. I'm not sure about conductive properties, I know it's not considered conductive, but it doesn't seem like the best idea to use around electronics something that is comprised of 30% metal powder.
I’ve done a lot of testing, it’s not conductive At all, made sure of that hehe :)
Need a bit of clarification. I'm not using the step down converter. at 6:50 in the video Joe says to connect the wires to the dc jack and the switch so take all 4 wires (2 from Led +5v and 1 from the dc jack and 1 from the switch ) and solder them all together? Then do the same with the ground wires? If so which wires go to the + and - on the stepper driver?
Bell works. :)
Is there a reason for using a stepper motor rather than a slow rpm synchronous motor? It seems like it would be much easier and less expensive. I am working on a similar idea and looking for ideas.
Is there a way to make this same thing without programming it? I want to make something similar to this for my girlfriend for Christmas but I don't want her to have to use her phone to control it. It doesn't have to change colors or anything. Just one main "power on/power off" switch and a dimmer switch to control the brightness of the light. Is there an easy way to wire the LED's into a 120V system? The motor that I have is meant to run on 120V (as well as the switches I have). Can I use a step down converter right from the wall outlet plug in order to get the correct voltage to the LED's?
Hey brother it was an absolute pleasure to meet you at MRRF! This project is amazing to me since I don’t do a lot with electronics. Can I ask where you found the images? I’m going to try to make them on the Moai that I got through you if they fit. If not I’ll use the Phrozen Transform coming in soon. I’m also a big GOT fan! Thank you so much for all the work you did designing this project! You must have a lot of patience lol. Cheers my friend!
hey, liked your project. Have a similar project but just wanna ask how can you rotate the LED? i mean the platform of the LED can rotate but also cables of the LED will rotate? How can you solve this?
You design is fantastic. I bought it and going to make a night lamp with family photos. I have nearly all components in my drawers. Waiting for the missing components and white filament. Thank you. :)
But the software can be better. What's the meaning of using NeoPixels if you are not using the color effects and lighting all the pixels the same color you can use cheaper RGB Led Strips and use PWM on three pins to light and mix the colors. You can also put a new slider for brightness instead of a constant brightness.
I'll share the source code if i improve it. ;)
How would you do this without the Wemos? I'm very new to programming. I'm more of an analog kinda guy. So I don't totally understand how the stepper driver works, but is that something that a program is uploaded to? So the Wemos actually runs the stepper driver, and the stepper driver can't run without something like the Wemos/Arduino? I would love to make something simpler, ie flick the switch and everything turns on.
Hi,
I followed your steps of doing the electronics, managed to get the motor working with the app. but for some reason the LED is not working. I double check the LED itself with some LED adapter and it works fine, the LED also have 5V between the GND and the V5+ nodes. what can be wrong in my setup ? and thanks
Cool project, thanks Joe!
just wonder... why would someone place dislikes :-)
very nice project , what is the size for the Lithophanes ?
If I wanted to skip the wifi app and just use the power button to turn on the rotation and lights, would that be possible? I want to make some as Christmas gifts and would not have access to wifi to setup apps on phones and connect to networks.
Hey Joe. Is there a reason you didn’t use an arduino Nano for this? Just curious which would would be better. Thank you. I’m printing the files as I type. Lol
Nice!
I tried a ESP8266 clone on your last lamp project and it had a hard time running the lights. From my web search I gathered it was due to the ESP being 3.3v logic and the light data wanting 5v. Some showed using a level shifter. Just curious if you ran into this at all or if maybe the lights you bought are just better at dealing with a lower logic level.
I run the light in this project directly off the power supply so the esp doesn’t have to handle that load
@@3DMakerNoob I did that, but it seemed the data signal level was the issue. I'll have to explore some more.
hello I followed your tutorial but when launching the blynk application to turn on and run the engine nothing happens. Is the connection quick between the application and the wimos d1? thank you
Can you please let me know which Filament type used for this project
Joe, every time you put out a video my to-do list gets a little longer. Thank you? Have you thought about making a version that doesn't have WiFi? I was thinking just white LEDs and maybe a knob to adjust speed and maybe even a knob for the brightness? If I make one for my parents the less complicated the better. Thanks 👍
Joe, looks very nice, too bad you couldn't get your hands on some of that 3D Gloop spay from MRRF, the clear coat would have saved you some time from sanding.
I would have still needed to sand it in order to bring out the steel from the filament
Is there a new link to the model? I would like to do this project on my own.
I like the idea and video but i would prefer a version of this that doesn't involve WiFi or phone connectivity, registering on apps and so on. I don't like using my mobile for things like that. Just a couple of simple switches for light on-off and motor on-off and maybe a potentiometer to adjust the speed of the motor and/or direction that it rotates. Also the programming of the Arduino made more simplified via cable connection to a pc.
Super 👍🤑🤑👍
Excellent Joe! Great project. I voted. EVERYONE -- Go vote for Joe now!
What wire are you using for soldering? What gauge?
Hello, great project!!!
I would like to recreate it but I don't have your files.
Please give me a new link to your project files.
Thank you.
go on like that...
Wouldn't this be underpowered from the PSU linked in the description? That is only a 2a supply but if one meter of LEDs are used at 60 LED/meter and a current draw of 0.06 amp/LED for these this style, we are already at 3.6 amps.
I wanted to check out the part download but it looks like the link to the MMF store is broken
Any updates to use the new Blynk app?
@3DMN You considered adding a brightness control? An extra slider in the app with a range of 0 to 1 in say 0.1 steps (not used blynk, may not be posibble), then multiply the values for each colour by the value from slider to give variable brightness.
As I say, I don't use Blynk, I mostly just use MQTT. So you may need to make slider do 0 - 10, in which case do something along these lines...
BLYNK_WRITE(V2)
{
int R = param[0].asInt();
int G = param[1].asInt();
int B = param[2].asInt();
// I added the following lines...
int Br = param[3].asInt();
R = R * (Br/10.0);
G = G * (Br/10.0);
B = B * (Br/10.0);
// End of the lines I added.
for (int i = 0; i < NUMPIXELS; i++)
{
pixels.setPixelColor(i, pixels.Color(R, G, B));
pixels.show();
}
}
This'll give you 10 steps of brightness, including off and fully on.
Anyhow, this is just a suggestion, thought you may be interested and should not be construed as criticism in any way, shape or form.
Got anything working on this yet? Just started printing the lamp today. Brightness would be good to add to it.
Great project, I’ve reached to the last steps.
But I’m getting an error while uploading the sketch “hard resetting via RTS pin” then it will reset my wemos.
I’ve tried to google it and etc. but no luck until now.
Thats just the last part of the upload. I got that too, but it uploaded. I don't think it's actually resetting it.
I had a very difficult time getting this project to work. It is only partially working. Here were the problems.
1. When plugging in the arduino to program it, usb failed and blue screened my windows 10 computer.
2. RE booted computer (Which is dual boot) into Ubuntu Linux 18. That would not recognize the board at all.
3. Next tried win xp computer, got compile errors.
4. Took unit to friends place that has a completely working one. Neither of his computers would recognize either of the units (Have 2 boards)
5. Tried plugging in my friends board to verify the electronics. Stepper worked properly, led strip did not light up the same. Only the first 45 leds lit up and they did not light up the same way. Every third led lit the same with a repeating pattern. The only way they lit the same was selecting all white.
5. Thinking they were from a bad batch, I tried to re-program the board to generate the error message to use as a return reason thinking they were defective. This time the program actually uploaded, the stepper works and the leds light up incorrectly as with my friends board. Only the first 45 leds the last 15 were off. (Measured 5v at end of light string where they were turned off) Still scratching my head....
Can you give me a hand . I’m having troublesome do the programming. I did everything like you said . But it doesn’t upload to the wemos . Instead I got a notification dat says (An unexpected error occurred when locating the Git executable ...
It would be really really cool if you could do a new video explaining how to do it with the new Blynk app, i am sitting on that for month but i dont get anything done. This video is not working with anything in the new app, authentition token is not send via email anymore but more important there are no options for choosing the pins anynmore and so on.
Could I control 5 of those steppers with 1 wemos?
How can I learn this kind of electronics. What’s a good way to start?
I use skillshare, if you come back Sunday, I’ll have a video up offering free trial to it