Integrating AI with 3D printer
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am writing to express my keen interest in the intersection of Artificial Intelligence and 3D printing, specifically in the areas of voice assistance, intelligent slicing, automated 3D model generation, and advanced auto bed leveling.
My research indicates the significant potential for AI to enhance the entire 3D printing workflow, making it more intuitive, efficient, and reliable. I have been following developments in areas such as [Mention something specific you found in your research about their work or the general field, e.g., AI-powered design tools, smart manufacturing processes].
I believe there are exciting opportunities for further development and collaboration in leveraging AI for:
Voice-controlled 3D printing interfaces: Enabling natural language interaction for print initiation, monitoring, and control.
AI-optimized slicing: Moving towards dynamic, real-time parameter adjustments for superior print quality and speed.
Accessible 3D model creation: Advancing the generation of printable models from simple inputs like text or 2D images.
Intelligent bed leveling: Utilizing AI for predictive analysis and adaptive compensation of print surface variations.
I would be very interested to learn more about your work and perspectives on these integrations. [Optional: Briefly mention your own relevant background or interest, e.g., "As a researcher in AI applications," or "As a professional in additive manufacturing,"].I am exploring potential collaborations or avenues for knowledge exchange in this rapidly evolving field. Would you be open to a brief discussion at your convenience?
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Looks like this is a course work? If not are you coming from a company that gave you the template to make the forum post from?
AI is a very catch all term. Automated statistical control could certainally have applications, but would place higher requirements on the board in terms of storage for data analysis.
The old addage crap in, crap out certinally applies. Many of the developments discussed in this forum stem from the development of new sensor hardware or technique. Define how to automatically qualify print quality on a wide range of part geometries as the print is in process and you will enable the implementation of more statistical process control.
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I'd be uncomfortable and unwilling to accept anything that created an in print reliance on hardware external to the printer. At a push I may accept working with something in my network/building, but not relying on an external computer system/network.
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there are exciting opportunities for further development and collaboration in leveraging AI
That’s from the marketing department. Throw in some blockchains, that’s even better
I would be very interested to learn more about your work and perspectives on these integrations. [Optional: Briefly mention your own relevant background or interest, e.g., "As a researcher in AI applications," or "As a professional in additive manufacturing,"]
First you feed us some buzzwords, now you’re looking for employees to bring them to life. Ah ok, you call it ”knowledge exchange”. Nice try.
Edit: Next time, you better remove the stage directions given by your bs-generator (did I say "AI"?):
I have been following developments in areas such as [Mention something specific you found in your research about their work or the general field, e.g., AI-powered design tools, smart manufacturing processes].
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@infiniteloop said in Integrating AI with 3D printer:
Edit: Next time, you better remove the stage directions given by your bs-generator (did I say "AI"?):
I have been following developments in areas such as [Mention something specific you found in your research about their work or the general field, e.g., AI-powered design tools, smart manufacturing processes].
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This smells like ChatGPT BS.
OTOH, a bit more autotuning in some areas (pressure advance and input shaping) coming from a local PC or SBC would be nice....
