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Ha yes, the classic "less than 1 gram of mass doesn't transfer heat" problem. I found no better solution than to route some packets back to where they came from at regular intervals. Tiny packets eventually find their way out and get merged back into the source pile that way. Using a weight plate to ensure the input pile is large enough to prevent such scenarios may also work.

Edited by gigamoi
  • Like 4

You could add a detector that lets a packet through if the thermal sensor keeps things blocked for too long. If normal heating takes, say, up to 100 sec and the sensor blocks for 200 sec, let that packed through and just drop it. Eventually enough will accumulate that it takes heat again. 

Edited by Gurgel
  • Like 1
On 2/6/2026 at 10:37 AM, anhvan58 said:

How could i deal with this?

I ran into the same issue melting ice. My solution was to set up automation with a thermo sensor, weight plate, and a conveyor meter.  If there's no weight on the plate, and the temperature is high enough, trip the conveyor meter.  It opens up, feeds a set amount, turns off.  The set amount drops onto the plate until it melts and the liquid sloshes away to start the cycle over.

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