1000mm/s on THERMAL CAMERA
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- Опубликовано: 30 сен 2024
- The full print at 1000 mm/s recorded on a thermal camera!
I started with a V0.0 Kit from Aliexpress (now it's 0.1, which is better in any respect)*:
Formbot Voron V0.1 Kit (AliExpress) bit.ly/39kfWdC
LDO Voron V0.1 KIT (Caribou3D) bit.ly/3KBxqzL
You prefer BIGGER VOLUME PRINTING?
Formbot Voron 2.4 Kit (AliExpress) kit bit.ly/3MC55v3
Formbot Voron Trident Kit (AliExpress) bit.ly/3yxMaNe
STL files, instructions and BOM:
247printing.gu...
FLIR ONE PRO*: amzn.to/2UWAe67
Normal view of this print:
• 1000mm/s: FULL PRINT S...
Settings and 247upgrades done on this printer: Please see below!
I started my build with a kit from Formbot:
s.click.aliexp...
After tuning the Voron 0.0 to "247 Stage 1", it is possible to do this feasibility study of a full and uncut 1000mm/s print, which opens potentials for faster daily FDM printing at high quality.
The Voron Zero is a very good basis for tuning at low cost, as the moved parts are light weight.
A great open source design by vorondesign.com!
Detailed explanations will follow:
My series "Deep Dive into Speedprinting" is in the work - stay tuned for that!
Support my work at Patreon:
/ 247printing
My Instagram and Twitter - more about my doings and behind the scenes:
Instagram: / 247printing
Twitter: / 247_printing
Next Videos:
- entry to "VzSpeedCube challenge" (speed AND quality matter!)
- a speedprint at flawless quality of a 3D Benchy in PLA: way below 10 minutes
- a print of a 3D Benchy as fast as possible: faster than 4 minutes
- Video Series: "Deep Dive into Speedprinting": Motion, Extrusion, Cooling, Software
💚Pizza, Beer and Coffee helps me going on💚
paypal.me/247p...
💚Thanks to all who support/ed my work💚
---------------Settings and Setup:
Printer Basis: VoronDesign V0.0 vorondesign.com/
247printing upgrades and settings: See below.
Filament*: ESUN ABS+ - a great choice filament for strong parts and easy printing:
amzn.to/3Bi0x7k
Layer 1: 200mm/s (requested).
Layer 2: 450mm/s (requested).
Layer 3 to end: 1000mm/s (requested).
T_Hotend = 310C
T_Bed = 80C
Commanded Acceleration/Deceleration: 35.000 mm/s² (rate of velocity change)
square_corner_velocity: 25mm/s (NOT the resulting velocity value at corners)
Nozzle: 0.4mm
Layer Height: 0.1mm
Line width: 0.4mm
Volumetric flow: 40mm³/s
Lengths of straights (between corners): 65mm
Min. lengths of printing @ REAL 1000mm/s: 35mm per straight
Xxxx ALL DESIGNS AVAILABLE SOON xxxX
@ Voron Users / Thingiverse / GitHub
*******UPGRADES 247printing Vzero STAGE 1:
-MOTION* (Part 1: Video Deep Dive)
Nema14 spec Voron V0.1 @1.7A (OMC 14HS20-1504S) amzn.to/3kBO5tm
F623 bearings instead of toothed idlers amzn.to/2UktSgZ
WD40 specialist dry lubricant for rails amzn.to/3ziGaF4
Gates-LL-2GT 6mm belts amzn.to/3kCaAht
- EXTRUSION*: (Part 2: Video Deep Dive)
Slice Engineering Mosquito Magnum (5% off!): www.sliceengin...?p=rkjO5IsbY
VolcoMosq Block (+9mm melt) designed by Nitram: • How did I end up with ...
E3D Hemera (Bowden config) amzn.to/3zdvAzk
Capricorn Bowden Tube amzn.to/3kBrgWE
50W heater (24V) amzn.to/2UmOIwa
PT1000 temp sensor amzn.to/3ivfdY2
Boron Nitride Paste @ heater, thermistor and heat break amzn.to/3kvPem6
- COOLING* (Part 3: Video Deep Dive)
4010 blower fans (24V) on updated toolhead amzn.to/3irazKT
optimized air ducts for part cooling with aluminium tape insulation amzn.to/3zhbuEs
External Static Cooling: 4x4020 fans (24V) amzn.to/3zcap0D
4x40mm heatsink at AB stepper motors amzn.to/3irvLAh
4010 noctua fans (5V) at heat sinks / stepper motors amzn.to/3yaZy6f
25mm axial fan (5V) for stepper drivers amzn.to/3eDf4AW
- Software / Firmware / Controllers (Part 4: Video Deep Dive)*:
Klipper Firmware: www.klipper3d....
Raspberry Pi Zero W (Mainsail): amzn.to/3xR9l21
Raspberry Pi 3B (Input Shaping and Octoprint): amzn.to/2UwIMAu
Alternative: Raspberry Pi4: amzn.to/3kBt4io
Simplify 3D, multi processes used: www.simplify3d...
-------------------------------------------------------
My modest video gear*:
iPhone 11 Pro: amzn.to/2VZYswJ
Smartphone video rig: amzn.to/3iriub5
GoPro Hero 9: amzn.to/2UZI9Q5
FLIR ONE PRO: amzn.to/2UWAe67
Similar to the soft boxes I use: amzn.to/3xRes2d
Similar to the tripod I use: amzn.to/2V1I6mw
*Amazon links are affiliate links at no extra costs for you!
#247printing
#JoinTheSpeed
#volcomosq
#VzSpeedCube
#SpeedBoatRace 
Наука
Refresh rate on FLIR ONE PRO: 8.7Hz!
All details about this printer in the video description 👍
LOL it gets going and the thermal sensors flying all over the screen...all I can think is the processor screaming "JESUS MAKE IT STOP!! IT'S ALL ON FIRE! ALL. FIRE!" lololol
Thanks for your entertaining comment Nicholas!
I read that comment in Glados’ voice and it made it even better. Lol
INCREDIBLE!!! the thermal camera and your logo look just awesome ! almost surreal!!! ...and by the way, nice proof of your extra cooling!
I was wondering would you be able to set your printer upside down? Such that the moving mass is on the lowest point possible to see if it would improve printing quality? Could printing upside down eliminate ringing and ghosting?
Interesting thing to try out!
Did you source all of the printer components by yourself or started with something like formbot kit?
Yes, I started with the Formbot Kit and it’s quite ok 👌
voron v0.1 has been released should i buy a v0 or a v0.1 iam looking for a printer capable of 500mm/s and silent plz can you help me?
I would go for the V0.1 instead of V0.0 - a lot of worthy improvement! Only the toolhead is to heavy for me - but this is an easy change ☺️
@@247printing thx is the toolhead could be changed into the v0 if I want to change it?
also can i use the upgrades you've made to your printer?
Sure! Does not affect the upgrades - that’s all possible. V0.1 is incoming at 247printing and I am thinking about a quick guide for the how to.
@@247printing thanks for your answer have a nice day
You too! And thanks for watching and commenting - so nice to be in touch with you guys!
Did you try to make something like a 🏺?
Whoever downvoted this...come see me in my office.
I think you should also try the printer's final frontier.
Awesome! Very cool glowing effect 🦄
Beautiful 😍 ❤️
Want so much.
Go for it!
Zooooooom!
Are that some settings added that it started as a regular print then switches to the Vase mode???
Yes! Multiple processes in Simplify3D here.
@@247printing Perfect!
Informative video 8-) it clearly shows the need for overall cooling
🔥💨😲
WOW!
really nice build!
Gilaaaa
classe, justement je me demandais comment la chaleurs était gérer sur la video des 1000mm/s
That is just crazy!
Flir is struggling with your printer 😂
Laserprint 😍🤟 niceeee
Have you published your fan ducts anywhere?
Not yet, but I have a plan for the full release of all the upgrades after being tested thoroughly. You will notice! Still working on some stunning things to come.
Which stepper motor are you using?
You’ll find the designation and a link in the video description 👍
@@247printing Can only find intel about fan and heatsink but not the actual stepper/motor.
@@tispokes1563 no problem, I found it and copy/pasted: Nema14 spec Voron V0.1 @1.7A (OMC 14HS20-1504S)
@@247printing thank you for the support
There is one thing that interested me about many of these builds, how much power does a printer like this draw when running at full speeds like this? :)
Just a weird thing I thought of would be fun to know :D
Actually not that much! If my crazy delta fans are not in action (like here it’s only low powered 24V 4020) it’s roughly 120W total power consumption ☺️
@@247printing Wow, that is amazing, I thought it would drain the outlets a lot more than that, hehe, but what do you get with the delta fans? :D
It’s really cool - keep in mind: everything is tiny 😬 With the four deltas on 100% power you have to add 200W 🙊
@@247printing It is still impressive that it dont add upp to more, so you still got me admiring this machine :D
Oh my god, I can actually see the z axis moving 😳🤯 this is so fast it actually made me anxious 😂
It's moving down at like 1mm/s! Because it's could do a perimeter about 2.5x a second, assuming a layer height of 0.4mm. You probably use something different though... Anywhere I can find the parameters used for this video? I know it won't translate to my printer, I just wanna know for science lol
Hey, thank you! All details (so far) in the video description - more explanations soon in videos at my channel
I wonder, now that you reached those speeds, which is the bottleneck? My guess would be the hotend not being able to extrude enough material, since you're already printing at 310°, but i could be wrong.
Oh, there are some yes. The rigidity of the frame and the print bed, hotend insulation and extrusion flow. Limit for constant flow is around 40mm^3/s right now (layer height/width = 0.1/0.4mm).
@@247printing make your own Angle Braces and Plates to stiffen the Frame :)
that's what im doing at my 2.4 right now :p
@@VectorGameStudio thanks for the hint - I’ll do sth like this in the next iteration!
Bolt the machine to a plate of steel to lower the center of gravity? The frame seems rigid but the machine is creating more inertia than the weight can support.