Robotic Arm 3D Printing Wall Elements 2.5m/~8ft High [CyBe]
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- Опубликовано: 22 июл 2021
- I'll narrate the whole print process over the course of many 3D printed objects! Here are a bunch of 3D printed mortar objects, it's like concrete but with smaller aggregate size. These prints were part of my training leading up to the Basic Operator Exam that I took live on my youtube channel!
The Founder and CEO of CyBe Berry Hendriks has appeared on my podcast multiple times and I've also visited a printed building of theirs recently in France. As always feel free to reach out to CyBe via their website link below. I really appreciate the level of access and training that they gave me to share here with you. Live printing is a brave thing to do because unexpected things can arise. Overall these prints went exceptionally well without cracks emerging which is a huge advantage using their mix. This video will even show the way CyBe forms holes and gaps in their 3d models. Digital design and programing will be lightly touched on as well.
cybe.eu
automate.construction
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Very nice to see how this ended up! Had a ton of fun during the training and I think we can all be very happy with the results!
Now we just got to make sure you keep printing regularly to make sure you don't lose the "feel" for it...
Your work should be inspiring for future building construction.
Truth - this is awesome
great video Jarett
I found it very interesting the way in which that particular machine can create walls up to 2.30 high in one go, ... but something that caught my attention, the way so easy, in which after being printed That Wall, it was very easy, destroy it, later, only with a few hammer blows ... For me, from my point of view, I think it is missing, still find the perfect mixture, to make walls light, but resistant and Structurally without cracks ... I think I would use that Machine, to create the Internal WALLS of a HOUSE in 3D Printing ... All the videos are Very educational ...
2.5m high actually
CyBe's printed walls of well over 3 meters in height in one go, while they were curving in multiple directions, so there's that too!
The element that was so easy to break, was shut down during the print due to human error (as mentioned in the video), resulting in a weaker material and an element that wasn't properly cured.
From some unfortunate (though educational) experience, a properly printed element (especially one built and designed for structural functions) will require you to use a jackhammer to get through if you don't take it down within 24 hours...
And you need to see it in perspective. The wall thickness was around 40mm. If the printed at brick thickness (which is around 80 to 100mm) the wall would be much more difficult to break down
In 3 to 4 years This will be the only way to build 👍
it should be yestarday
Good to see new technology for building. Thanks for sharing…
thanks for that video, 👌
Very interresting project and test ! You're a good team ! Just one correction, 2,5 meters is not the tallest print in one print. I know that a french concrete 3d printing company did 2.80 meters last year, and 3.4 meters one week ago.
Continue your awesome work, you're very inspiring. 3d printing architecture can help the world a lot ! especially when we would be able to print ecologicaly sustainable mix (but i know that we must start from concrete to push the R&D and explore / optimize possibilities).
I wish you a great evening and the best with your projects.
What about using hempcrete as a 3d printing structure filament?
Maybe an ABS hemp plastic (stronger than steel) exterior up to an X height to allow maximum air in a dome shaped building to reduce flood damage, maybe save some lives?
What are the estimates on when do we get to shift from dot matrix style to laser printing of structures and roads? It's just a print head.
This tech was invented a quarter century ago. We have a great foundational start.
Thanks for all you are doing to move the truth forward. We are where we are because of the good souls in the industry now.
Between new age printing (3d, 4d, 5d, laser plus what's next), modern greenhouse farming, and those water from air towers / devices, we have the tools to make homelessness, hunger and thirst ancient concepts. JOY!
I try not to speculate too much on the future and instead see where we are today. I like your ideas. It would be awesome to see someone test them out!
@@automateconstruction The process of shifting from dot matrix to laser print heads was done in the last century as a series of grand and glorious inventions. I remember the jumps from typewriter ribbons to dot matrix printers, the style being used now for 3d printing, to laser printers. Faster and better quality print. Lordy.
Then came color laser printers and I was blown away by the light speed and quality. The same way a laser printer can print in different colors and blends, there must be a way that it can laser print in different materials. "Nothing is impossible."
I don't know the mechanics yet of shifting from dot matrix to laser. I can only see the reality of printing modern Noah's Arks that are environmentally conscious, complete with those MIT magnet printers to include a free energy source in the structures. Some jobs may require a changing of print heads between dot matrix and laser. Like Dunkin Donuts - it's worth the trip.
1/0 (is a material in this position on or off - printing in this location or not ) is still the foundation of the contour crafting process. We tell the computer what to tell the printer and the result eventually is homelessness becomes an ancient concept.
I'm a solutionist. I call it New Age Printing - I can't wait to see what comes after laser.
Thank again for the inspirational and important work you and your crew are doing.
"Ain't no stopping us now, we're on the move, we've got the groove."
Way to go now! With so many skilled labor and a huge robot, It would be great if you can calculate the power consumption and the electricity cost.
As we upgrade the print heads and use free energy systems i.e. magnetic, plus the realities that printers can print other printers, the costs could be lower than we imagine today.
If compared to more traditional building? With the manufacturing and transport costs of traditional materials and those building with them taken into account? I would argue a VAST difference. Your argument is rooted in economics and how we need to rethink money and employment more than whether this is a superior technology I believe 🙏🏻.
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Is the material of the broken wall in the end being recycled ?
It can be crushed and reused for a variety of applications
@@automateconstruction This has the potential of becoming a great great video.
@@savvastopalidis9957 thanks but I think the audio is too irritating due to how loud the equipment is.
These robotic arms definently take less space than a gantry style 3d printer but they are also 5 to 10 times more expensive. I don't know of using robotic arm dramatically increases print speeds or not.
Hi Jarrett, great video, poor audio. But thanks for it.
BTW: you should check the work of Scoolpt from Czech Republic. They have recently printed 3 meter high wall in one go.
Fantastic. Does the company have any plans for single level home building? I love that the printer is more mobile than other more fixed systems, but obviously they are capable of more vertically. Keep up the great work man 👏🏻
Yeah they’ve done a home with this machine that I recently visited and filmed on my channel called the Meet villa in Dubai.
@@automateconstruction nice, will check it out
Hello CyBe will you please share your contact details far this construction.
Just go to there website at www.cybe.eu
they printing from Rhino ?
Jared can you please buy a lapel microphone or something. And have the audio transposed to text? 90% of the time it's muffled and inaudible. You're doing the work let's just get the audio down.. Thank you for the content
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