Bambu Lab just released the new X2D and I’m giving one away to one of you.
I’m doing this because we just hit 80,000 followers and I’m incredibly grateful for this community and the support along the way.
To enter: 1. Follow me 2. Comment “3dworkbench” 3. Tag two friends
That’s it! Winner will be selected randomly.
This giveaway is not sponsored in any way.
Giveaway ends 20th May!
Good luck to everyone.
#bambulabx2d #x2d
„Pull the rag off the six-fo“
We have a rolling chassis my friends!
The last piece of the puzzle is being printed and the Stance-Flyer should be done very soon!
Ready for car shows, playgrounds, walks…🚀🚀🚀
All done with the brand new @bambulab_official X2D
#3dprinting #stancenation #stanceworks #hotrod
Where the 90’s kids at?
I’m working on a complete set of Power Rangers helmets.
Wearable and wall mountable.
Here’s a WIP of the red one.
This was printed on the H2C and the X2C from @bambulab_official with basic PLA.
Stay tuned for more!
Which one was your favorite Ranger?
Let me know in the comments.
Special thanks to @rtprops 🙏 for helping me with the design.
#3dprinting #mmpr #powerrangers #90s
The slammed Radio Flyer has now some down force.
Thanks to everyone leaving these positive comments about this wagon on my last post! It blew up and brought many petrol-head friends to the channel!
This is a personal project, not in line what I usually use my printer for, but damn it’s fun. Can’t wait to hand this over to my two daughters in a few days! The playground is not ready for this…🚀🚀
I know many of you don’t have the possibility to print something like this at home, and that’s why I will put together a list of suppliers around the globe who will sell you a set.
From my side there files for this project will be available for free @makerworld_official once done.
Can’t wait to see your build tho!
Who’s in? Let me know in the comments.
If you’re in the market for a3d printer, then you should have a look at the @bambulab_official x2d which I used for most of the parts here.
#3dprinting #stanced #stanceworks #lowlife #lowrider
I almost gave up on 3D scanning!
Most scanners I tried before felt slow and frustrating, with lost tracking and constant repositioning. The Creality Sherman P1 made the process finally feel usable for me.
In this reel I’m scanning the rear of my custom Radio Flyer wagon to design a perfectly fitting diffuser in Autodesk Fusion.
A few reference markers, a quick scan, and a real object becomes the base for a custom part.
More scans coming soon.
@creality3d@adskfusion@creality3dscanner
This is currently my top recommendation in 3D printing.
Not an ad, just my honest opinion after using it for a while.
I received this X2D for free, but I’m free to say whatever I want about it. Honestly, I expected it to cost well over 1100 dollars.
It comes in at 899.
The dual nozzle setup removes the need for purging when using support interfaces, which saves both time and material.
With active chamber heating up to 65 degrees, it handles materials like ABS, ASA and PA reliably.
Add HEPA and carbon filtration and it becomes a machine you can comfortably run in your workspace.
Right now I don’t see a more complete printer at this price point.
I’m also giving one away. Check the pinned reel in my profile to enter!
Big thanks to @lerchvisuals for the footage and edit.
@bambulab_official
#3dprinting
Prusa Easy Print might be the most underrated app in the entire 3D printing community.
Design in Shapr3D → slice in Prusa Easy Print → send directly to Core One L. All from my iPad. No PC. No SD card. No cables.
I genuinely don’t understand why more people aren’t talking about this workflow. It’s that good.
Are you using Easy Print yet? Drop a comment 👇
Apps: @shapr3d_official & @josefprusa Easy Print
#3dprinting
Ever tried printing your own screws and nuts? Getting the fit right can be tricky! I tested a standard M10 x 1.5 thread with different offsets (clearances) to see what works best. I printed the screws both horizontally and vertically and tested them with a 3D printed nut.
Here are the results:
0.00 mm offset: Doesn’t fit at all. Too tight!
0.10 mm offset: Way too much friction. Hard to screw in.
0.20 mm offset: The sweet spot! Screws in perfectly smooth, both for horizontally and vertically printed screws.
Whether you print your threads horizontally for strength or vertically for detail, adding a 0.2 mm clearance seems to be the golden rule for this M10 thread.
What tolerances do you usually use for your 3D printed threads? Let me know in the comments! 👇
#3dprinting
