Here is the second thermal runaway test
This is my blog... ta da! [should put something here to make it longer for the hell of it] -=(-_-)=-
Friday, 25 July 2014
Thermal runaway test #2
Thursday, 24 July 2014
-=( Thermal runaway test #1 )=-
This is the video of the thermal runaway test, it's not very scientific however it does the job, in future i think i will just timelapse it on the samsung or the nikon so i can upload it as a 4k video
below is the images of the aftermath of the hotend
depending on the weather i will do it again only with a 19v powersupply
Sunday, 20 July 2014
-=( Aluhotend status update )=-
Status update for the Aluhotend:
currently it is at version 5B and there is plenty of stock of all components for both 3mm and 1.75mm
there have been no reported problems with this version so far
it is currently being sold on ebay in the configurations:
- single pack hotend only
- dual pack hotend only
- single pack kit
- dual pack kit
- single pack prewired
- dual pack prewired
available nozzle sizes 0.3mm , 0.4mm and 0.5mm
future plans:
- so far it has been suggested that the 2.5mm hole could actaully be tapped with and M3 thread
- possibly reducing the length of the stainless thermal barrier and the threaded section of the heatsink
- possible heater block and nozzle in one combination
currently it is at version 5B and there is plenty of stock of all components for both 3mm and 1.75mm
there have been no reported problems with this version so far
it is currently being sold on ebay in the configurations:
- single pack hotend only
- dual pack hotend only
- single pack kit
- dual pack kit
- single pack prewired
- dual pack prewired
available nozzle sizes 0.3mm , 0.4mm and 0.5mm
future plans:
- so far it has been suggested that the 2.5mm hole could actaully be tapped with and M3 thread
- possibly reducing the length of the stainless thermal barrier and the threaded section of the heatsink
- possible heater block and nozzle in one combination
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