My 5 tips. 1. Increase temperature. 2. Increase temperature more. 3. Use materials where layers really weld not just stick. Definitely not silk or matte materials. Preferably not PLA. 4. Tune geometry & print orientation. 5. Increase temperature more still.
simply increasing temperature that much will give diminishing returns which result in under extrusion and matte surfaces in your prints. i recommend you watch CNC kitchens videos on the matter or you might end up shortening your PTFE tubing's lifespan
@@siddhartheaswar959 CNC Kitchen prints cold and that's why he has such bad layer adhesion results. Indeed you can't go hotter with a PTFE lined hotend. Modern printers don't have those, and fixing it on an older printer is a $10 upgrade that's no harder than initial assembly of the printer was.
I don't understand how an all metal hotend which i assume you are referring to when you say ten dollar upgrade is in any way as cheap as that. also CNC kitchen didn't print that cold to produce crappy bed adhesion. that's besides the point anyways because we're talking about print strength not bed adhesion@@daliasprints9798
