Here is some 1/8 T6061 and 3000 series aluminum bent in perfect 90°. The 6061 doesn’t like to be bent but I using scrapes right now. The 6061 didn’t crack but fractured a little.
I’m not much of a video producer 
sorry for the lack of quality.
Titan 25 T bend speed 15 IPM. I also removed the 3-second timer and set it to zero.
I am working on the back gauge operation now.
Hi folks! I was doing a bit of Titan 25T work today! I put this vid up on FB too in the Titan 25T group! Here is the post from there…https://www.facebook.com/61561650509477/videos/889280033012188/
If you want to see a quick bend, check it out!
We were using our own Titan 25T in our Engineering shop today, working on making a few parts for some upcoming projects! Nothing better than using our own equipment to make future products! We’re makers too! Just wanted to share with everyone the fun we’re having with the Titan 25T (and Crossfire XR)!
Great short video. Now this guy is a video producer.https://youtube.com/shorts/HpBdnqTYh7c?si=_gTC0GFlnv1b-Znb
https://youtube.com/shorts/1P2L07uJ_uc?si=6TqNR7q0Y0MGjqKV
Great job my brother.
Part 2 - I upped my video production game with a 3 camera shoot, much improved screen capture and everything is in focus! yay!
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This thread should be pinned by the way… IMO
As a FYI - Send Cut Send has a page that details material and bed specifications.
and
These are excellent. After watching them, I assumed that I could use the SendCutSend’s Fusion sheet metal rules for my designs. With my recent video shown above, my bend radius (both Fusion calculated and measured) is much different than SendCutSends because my 4-way die opening widths are wider that SendCutSends. In fact, I made the video above after figuring this out. All this is a good learning experience in sheet metal fabrication.
I wonder if there is a math equation that would translate those numbers to the Langmuir dies?
I’m sure there is. Where it gets complicated is calculating all the bend radii for all the different metal thicknesses, metal materials and 4-way die widths.
Is it possible to specify an inside bend radius of one’s own choosing in your calculator or is it always a default radius provided by the calculator? Or am I missing something?
Thanks,
Don Williams
Don’t know, just passing on what I hoped would be a useful tool
