#AI is already a working partner for software developers. @InfinitForm is that partner for #engineers.
@InfinitForm has built the foundational model that serves as an intelligence layer to #design, #simulate and #manufacture simultaneously, resolving requirements, physics and production constraints together, in one place.
On Tuesday, Nov 10, we are walking through what this looks like in practice. You'll learn:
- Why #engineering is the next discipline #AI transforms
- How a deterministic physics engine produces parts that are buildable from the first iteration
- How manufacturability, cost and lead time move to the start of the process
Physical AI & the Next Era of Engineering
Tuesday, Nov 10 · 10:00 PT / 13:00 ET
Save your seat - https://t.co/CSSW9OQxic
Tired of slow, siloed #CAD/#CAE/#CAM workflows?
@InfinitForm designs for performance + manufacturability simultaneously.
Explore multiple design options in minutes, tailored to available materials and manufacturing methods, with fully parametric CAD back to #SOLIDWORKS, #CATIA, #NX, #Fusion360 & #Onshape.
Join our webinar:
Physical AI & the Next Era of Engineering
Nov 10 | 10 AM PT / 1 PM ET
https://t.co/CSSW9OQxic
@InfinitForm team has built an incredible fundamental technology for engineering design.
#AI lets developers write code in a fraction of the time. InfinitForm does the same for engineering design.
Join our webinar to learn more:
https://t.co/i8dS9fsHEZ
A composite airframe has 15-30 structural parts. Redesign the ribbing on each by hand, and additive manufacturing stalls before it starts.
We turn composite designs into additive-optimal ribbing as clean B-rep STEP files.
Request a rib generation: https://t.co/hMMAYpOQ53
#PhysicalAI for #engineering is moving fast.
@InfinitForm's May release brings us closer to a new standard: going from requirements to complete, manufacturable designs in minutes—across CNC, extrusion, casting, AM, and injection molding.
More: https://t.co/F6sSq8YETg
I presented at the Text-to-Spaceship symposium at @NASAGoddard
Great to see how #AI is being deployed across @NASA to accelerate and optimize the engineering development process
At @InfinitForm we are proud to be selected as a design engine to help bring this vision to reality.
@IlirAliu_ We develop @InfinitForm - the next evolution of generative engineering that enables Design for Performance and Manufacturability from the first iteration
@JasonPremoMFG@emm0sh The current bottleneck, that you draft in CAD, run FEA, re-draft CAD, rerun FEA; then you go to CAM, redraft CAD, rerun FEA, rerun CAM etc ... until you say enough.
Can you put FEA targets, CAM requirements and software would generate CAD satisfying all these requirements?
A few weeks ago I had the privilege of presenting at @NASAGoddard Space Center at the TEXT-to-Spaceship symposium by Ryan McClelland and NASA Chief #AI Officer Matt Dosberg.
@InfinitForm technology is being used by NASA to convert requirements to manufacturable designs in minutes
@InfinitForm had a great time at @SOLIDWORKS world connecting with customers and our VAR/reseller partners. Huge thanks to @HP and @NVIDIA for powering the workflows we showcased.
@emm0sh@NYCounihan@InfinitForm "you can't/won't get a 10x better result through topOp than an engineer with a little experience and a decent eye + FEA" - completely disagree.
if you design structural component under stress or strength requirements or frequency ranges, human has zero chance to beat algorithm.
@emm0sh@NYCounihan@InfinitForm "who defines the loads?" - user
"where?" - on parts or faces
"in your software?" - yes
"that takes a lot of time" - no, it takes a minute
this is the last step in the process, right? - no user defines manufacturing method and feature size of the final design