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In this video I set out to design a custom chamber heater for the Elegoo Centauri Carbon 3D printer… and let’s just say it didn’t exactly go as planned. The project worked — but not well enough to be practical. Still, it was a great chance to test Polymaker’s HT-PLA for the first time, and I learned a lot about how it behaves compared to standard PLA and ASA. This video is more of a proof of concept than a finished mod. I don’t recommend replicating this setup, but there are plenty of lessons here about filament behavior, design trade-offs, and why a proper PTC heater is probably the smarter path forward. 🔹 Key takeaways: HT-PLA isn’t “just PLA” — it’s less forgiving, but far more heat-resistant Restrictive spool paths and narrow geometry can expose quirks in HT-PLA printing Repurposed heater cartridges + heatsinks aren’t efficient for chamber heating PTC modules are a much better starting point for real results 💡 Coming up soon: I’ll revisit HT-PLA in the context of my toolhead cover, and (assuming DHL cooperates!) next week’s video will feature the PCBWay-manufactured fan adapter. Filament used: https://us.polymaker.com/products/pol... 🙌 Huge thanks to @Polymaker for supplying the HT-PLA for this project. 🙌 And thanks to our very first channel member — your support means a lot! If you’d like to go further in supporting the channel: SuperThanks is now enabled on YouTube Or join the channel for perks: / @syntheticelectron3d 📌 STL files, remixes, and community projects https://www.printables.com/@Syn3D_330...