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OpenScan
Germany
เข้าร่วมเมื่อ 20 เม.ย. 2017
Using low-budget DIY solutions for 3d printing and scanning various objects, ranging from jewelry to security keys.
Currently, I am building an automatic 3D Scanner, which uses photogrammetry to create a 3D model of a scanned object. . The solution is completely based on software that is freely available and so far, the results have been amazing. I have been able to achieve scan accuracy within the low double-digit micron range..
Currently, I am building an automatic 3D Scanner, which uses photogrammetry to create a 3D model of a scanned object. . The solution is completely based on software that is freely available and so far, the results have been amazing. I have been able to achieve scan accuracy within the low double-digit micron range..
World‘s first automatic 3D copier (OpenScan Mini + Prusa Mk3s+)
This is a short demo of a fully automated 3D scanning and 3D printing pipeline with minimal user intervention. Find out more on openscan.blog
TIMESTAMPS
00:00 Overview
00:16 First 3d scanning pass with OpenScan Mini
00:48 Second scanning pass
01:35 3D Printing with Prusa MK3S+
03:40 Raw Scan Result Render
04:01 Original vs. Copy
TIMESTAMPS
00:00 Overview
00:16 First 3d scanning pass with OpenScan Mini
00:48 Second scanning pass
01:35 3D Printing with Prusa MK3S+
03:40 Raw Scan Result Render
04:01 Original vs. Copy
มุมมอง: 6 330
วีดีโอ
[Tutorial] Soldering of the DIY OpenScan Pi Shield
มุมมอง 6334 หลายเดือนก่อน
A step-by-step tutorial on how to solder the Raspberry Pi shield, which is used in our 3D Scanners Product Page: openscan.eu/products/raspberry-pi-shield-raw Detailed written tutorial: openscan-org.github.io/OpenScan-Doc/hardware/PCBs/
Zeiss Ikon R10 (Mul-T-Lock MT5+) with moveable element copied with resin 3D print
มุมมอง 1.5Kปีที่แล้ว
Zeiss Ikon R10 (Mul-T-Lock MT5 ) with moveable element copied with resin 3D print
Keso Omega 8000 with moveable element copied with 3d scanning and printing
มุมมอง 1.1Kปีที่แล้ว
Keso Omega 8000 with moveable element copied with 3d scanning and printing
3D Scan your Miniatures in under 6 mins with the OpenScan Mini (open source 3D Scanner)
มุมมอง 45K2 ปีที่แล้ว
Various kits are available on www.openscan.eu/shop (42 - 250€) If you like this project, please consider becoming a Patron: www.patreon.com/OpenScan Full process & best-practice video 3d scanning a 45 mm miniature with the OpenScan Mini. Note, that some automated parts of the process have been sped-up (like uploading and cloud-processing). Besides those speed-ups, the whole process is shown in ...
OpenScanCloud - high-quality 3D Scanning with only a Raspberry Pi - open-source and free
มุมมอง 6K2 ปีที่แล้ว
Support the project: www.buymeacoffee.com/OpenScan All updates: openscan.blog/ Github: github.com/OpenScanEu/OpenScanCloud Shop: openscan.eu/shop
OpenScan Cloud 3D Scanning - early version
มุมมอง 10K3 ปีที่แล้ว
My main goal is to get a one-click-scanner, where you only hit one button and get a decent result (after a little bit of waiting time). I have managed to implement a very accurate auto-scaling feature into the process (at least for the OpenScan Mini). Support the project: www.buymeacoffee.com/OpenScan All updates: openscan.blog/ Github: github.com/OpenScanEu/OpenScanCloud Shop: openscan.eu/shop
OpenScan Pi - 3D Scanner control interface
มุมมอง 33K4 ปีที่แล้ว
Support the project : www.buymeacoffee.com/OpenScan Shop: www.openscan.eu/shop/?lang=en Pi-Shield: www.openscan.eu/pi-shield?lang=en Github: github.com/OpenScanEu/OpenScan Thingiverse: www.thingiverse.com/OpenScan/about Social Media: Facebook: openscan.eu/ Instagram: openscan.eu Reddit: www.reddit.com/r/OpenScan/
DIY Soldering Robot (Anet A8 Mod) - Sideproject :)
มุมมอง 40K6 ปีที่แล้ว
First successful testrun of my DIY Soldering Robot. I use the TS100 Soldering iron with a custom (3D printed) holder. See www.thingiverse.com/thing:3208948 for more details. The solder wire is pushed by a modified filament extruder and guided through a PTFE tube. The Gcode was created manually (but Cura is also an option). There are many more tests to be done, currently the success-rate is betw...
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 4 Programmierung
มุมมอง 10K6 ปีที่แล้ว
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 4 Programmierung
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 3 Steuereinheit
มุมมอง 11K6 ปีที่แล้ว
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 3 Steuereinheit
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 2 Betriebsablauf
มุมมอง 14K6 ปีที่แล้ว
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 2 Betriebsablauf
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 1 Montage
มุมมอง 17K6 ปีที่แล้ว
3D Photogrammetrie Scanner - Aufbau und Betrieb - Teil 1 Montage
Photogrammetrie - Grundprinzipien und Anwendung - Vom Foto zum 3D Modell
มุมมอง 34K6 ปีที่แล้ว
Photogrammetrie - Grundprinzipien und Anwendung - Vom Foto zum 3D Modell
(Tutorial) Cloudcompare pt.2 - Von der Punktwolke zur .stl
มุมมอง 7K6 ปีที่แล้ว
(Tutorial) Cloudcompare pt.2 - Von der Punktwolke zur .stl
(Tutorial) Cloudcompare pt.1 - Von der Punktwolke zur .stl
มุมมอง 16K6 ปีที่แล้ว
(Tutorial) Cloudcompare pt.1 - Von der Punktwolke zur .stl
(Tutorial) VisualSFM - Vom Foto zur Punktwolke
มุมมอง 20K6 ปีที่แล้ว
(Tutorial) VisualSFM - Vom Foto zur Punktwolke
DIY 3D Scanner - Fully 3d printed photogrammetry rig
มุมมอง 63K6 ปีที่แล้ว
DIY 3D Scanner - Fully 3d printed photogrammetry rig
Closeup of the scan process (arduino controlled)
มุมมอง 3.8K6 ปีที่แล้ว
Closeup of the scan process (arduino controlled)
Testing a 3d printed 2-axis rotation stage
มุมมอง 10K6 ปีที่แล้ว
Testing a 3d printed 2-axis rotation stage
DOM IX10 KG - uncopyable key, scanned and 3d printed
มุมมอง 3.1K7 ปีที่แล้ว
DOM IX10 KG - uncopyable key, scanned and 3d printed
DOM IX 10 KG security key with moveable object - copied with 3d scanning and printing
มุมมอง 2607 ปีที่แล้ว
DOM IX 10 KG security key with moveable object - copied with 3d scanning and printing
DOM D (3D Scan + 3D Print on cheap chinese 3D Printer)
มุมมอง 4407 ปีที่แล้ว
DOM D (3D Scan 3D Print on cheap chinese 3D Printer)
Came for the scanner, stayed for the tune
When will there be updates documentation for assembly and Set up? Just built my classic kit and there are many errors in instructions unfortunately
@@jarradmcdonald2895 it‘s on github, so that anybody can improve the documentation, so feel free to share your requests there
1st: I love this proyect, you are genius. 2nd: You speak English better than the vast majority of British/American people.
Ist visualSFM noch up-to-date?
It hasnt been developed in a long time. Better look at meshroom (open source) or reality capture (free for private users)
games workshop hates this one trick!
hello, where i can found your .ino files please ? is it still available somewere ?
Hey! I love this concept. My and a friend were thinking of doing something similar g similar for a school project. Do you possibly still have the code or anything else like that that we could base our project on?
unfortunately not. the "script" was basically an excel sheet, where I inserted the coordinates from the gerber file and performed the following at each position: down - wiggle left right - wait (for heating) - extrude - wait - up. So nothing fancy and by now i would definitely use a python script for that ^^ (but the project has been left alone for quite some time..)
Awesome thanks for replying. 2 questions, how did you push out the solder, and do you think it would be possible to do this with a camera and octoprint to do it remotely on your computer?
@@noahbauer5092 i just used the normal extruder and guided the solder through some smaller ptfe tube into a syringe/needle. And yes octoprint works perfectly fine for remote operation
Another question lol, how did you clean the tip if at all while the robot was running?
I cleaned the tip manually between runs with a sponge. This could have been automated though
Just got my hardware in the mail. Thank you for this video!
i love it
This is why I bought a prusa. Open source
Couldn’t agree more
I think that this might be of great interest to users of sls machines, due to the way that they can stack unorientated models in the build space without supports and with far less need for model/part specific slicer configurations.
Very well done, its amazing ! so cool to finally see a system capable of copying stuff without paying thousands for professional scanners/software... keep it up mate, cant wait to see where this goes and id love to test it one day !
Star trek used a similar system 😅
This is great and amazing
I like how it printed it tilted and kept the detail of the layers of the original haha. Great project!
"It's not for production yet" My man I liked and subscribed, please keep working on this, keep us up to date, and know you have our love and admiration for this simple yet brilliant concept. The fact it's open sauce is just righteous.
You are AWESOME 😎‼️
Hi! I just got my mini working and i am very impressed by the fruits of your efforts. I am now waiting for my token to finally try the cloud service. As a total noob to everything raspberry related, i have to say that it was not that much of a challenge to get things working. The printable files are very well done and thought through. The delivery of the remaining hardware was fast and everything works fine. I only needed a little help with the wifi connection, because i refused to go the easy way with Ethernet. 😁 There is just one little thing i want to suggest, because i got a little confused. In the assembly manual, when it comes to the mounting of the camera and the ringlight. At first it shows step by step mounting without the backcover of the ringlight, but then it continues to show the assembly with the cover which is kinda confusing, because there is no stl file for that cover included with the rest of the parts. (I don't think it is really needed, so i just went on without it.) Just wanted you to know, because it caused a little confusion. Thank you for your effort. :) *Edit: I just realized you are a german fella, in dem Fall schicke ich schöne Grüße aus Österreich! 👋😊
Hi T., I would like to ask you about the printer, could be used with a bambu lab a1 mini?, I don't still have it so, I am sitll could still consider Prusa Mk3s+
The automation is not possible with Bambu lab machines. You could still use the scan result for manual slicing and printing though
Interesting. Have you considered cross polarized light or putting a box over the scanner to eliminate outside light?
There is cross polarisation on the scanner (small ringlight) which is stronger than most outside light.
@@openscan_eu Neat. Thank you. I'm new here. lol
This is the future we were promised! 3D printers really should have this built in. Makes a great case for a printer with a rotating platform so as to save on parts. Well done poc! I hope this inspires many makers and vendors! Thanks for sharing :D
What a great idea. Orientation to the original scanned object is surely irrelevant, but the slicer should pick the best orientation for printing.
WOW ! That's amazing, keep going !
What camera was used with the Mini? ArduCam? I am in the pusuit of getting better results with my scanner (OpenScan Mini) and wondering if the camera is a big deal? Currently I'm using a Pi Camera v2.1. Great video with a very interesting workflow!
Yes, the arducam imx519 is definitely improving the results a lot. Especially the software controllable focus was a game changer. Best results can be achieved with focus stacking (not used in the video)
@@openscan_eu Do you know about a reseller in EU or Sweden?
@@wiseby we ship EU wide within 5 days ;)
Nicely done! Really need to grab me one of those scanners. I hope a gig calls for one soon!! :D
@@Pumpkinwaffle for each tool there is the right time :)
@@openscan_eu For sure, but equally having the tool creates opportunities so I might not wait too long xD
Well done. Which firmware version did you actually use ? Is the autoscaling already working ?
This was done with a modded version of the Patreon Beta (added auto-upload to the OpenScanCloud). The automated scaling worked almost perfectly (within 98% of target dimensions ;)
That setup is awesome!
Nice video good job - bug corrected :)
yeah it worked because lock was already unlocked 😂😂😂 you could do that even with fingernails
@@gabrielxkj ? Not sure what you mean.. i brought this and other locks to various events where people could test it.. so feel free to join us on a makerfaire next year ;)
What if you dipped thermoelectric in baby powder or corn starch?
Works fine, just make sure to have visible dots and an evenly distributed coverage
Great tune!
Ciao, volevo chiederti perché interessato all’acquisto. Se usciranno telecamere ancora superiori ai 16mpx, sarà possibile fare un upgrade ? Grazie
I have tested 21mp and 64mp arducam cameras and did not see any noticeable improvement of the scan results, though i will experiment with newer cameras as they are released. Currently i am testing some daheng industrial cameras with quite promising results…
Hey guys I'm extremely lost on how to get my open scan mini up and running. I'm not very familiar with Raspberry pies I thought this would be more of a plug and play type of thing but apparently, it's not. If someone’s willing to help me get this going that would be fantastic. I have the machine assembled and that's as far as I can figure it out.
Wear gloves, especially when spraying _at_ your hands
Thanks for pointing that out!
is this alright for someone who hasn't soldered before ?
There are only through hole components with enough spacing, so this is as easy as it gets :)
Hi Thomas, ive just bought a mini im very excited about it arriving. Youve enabled normal people to gain access to a professional level of quality with/in this fantastic technology. you deserve much success and i hope you get it. ps I was going to ask what the aerosol spray was, but of course the answer is in the comments lol
How did you make the holder for camera?
This is just a 3d printed part with a standard 1/4'' screw inserted
Vielen Dank Thomas :)
Thanks for your great build and information i will buy it from you👌
Just bought an Openscan mini. I'm very excited to try it out after seeing the accuracy tests! I hope that shipping to the US doesn't take too long.
I'm curious to know how the openscan cloud works. Does it use open source photogrammetry software? If so, is it easy to set up and run on a local desktop?
Nice....
Question on this... you have two different models to choose from on the website. What is the difference between them? How do you interface a mirrorless camera with the RPi4 if you choose not to use the one made for the Raspberry OS?
The OpenScan Mini is for smaller objects up to ~9cm and uses the build in Arducam. The Classic is a bit more finicky but you can use almost any camera. Many DSLRs can be triggered via USB (see gphoto for a full list of supported cameras). Alternatively you can modify a remote shutter release and trigger via optocoupler
@@openscan_euOK. Most of my objects are in the 12-15cm range. The mini looks like a better solution if it was just capable of doing larger objects
Why not make it out of green screen background colour pla, record it with a green screen behind the machine and use software to take out the background. Very impressive kit.
The software kinda ignores the background as the depth of field is very shallow and thus the background becomes blurry. I have done a lot of testing with different backgrounds and as long as the object is feature-rich and the background is blurry, this works totally fine
Hello! Do you recommend buying the whole equipment set (with all the options)? Is there anything that is not needed, at least at first? Thank you for your time.
The whole kit includes all necessary parts, the choices/customization is only for people who already have some parts laying around. But if you don’t, you should go with the full kit
A large variety of fasteners for 2020 profiles are readily available and cheap, so a lot of the 3D printed parts could be eliminated.
Absolutely true, this is a design from my early days in the 3d printing world, so everything needed to be printed back then ^^
Hallo, tolles Video aber was ist bei mir falsch, wenn ich beim Klicken auf PoissionRecon die Fehlermeldung "Cloud must have normals!" kommt?
Unter Edit -> normals -> compute kannst du die erstellen lassen. Anschließend sollte die PoissionRecon funktionieren
I'm a complete newb in this field how does one go about buying one of these? is it plug and play or is it something more geared towards tinkerers ?
hello, could you please get someone PLEASE to scan a 1980's he man two piece armor as individual scans and or other 80's-90's action figure armor as i need a scanner that can do small BUT thin they have very thin walls and have small details like pins/clips looking for a scanner that can do it
sorry but the music is lie someone constantly dropping a bunch of pipes can't concetrate😓
Is it ready to purchase from your website now? please.
The electronics yes, but you will need to slightly adjust some settings values