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Oct 2015

I second that! I’m really curious what you did to achieve such high print quality. Truly amazing results.

I don’t have access to the printer right now as i am at work but the key upgrades are these:

BC Tech: Heated Build Plate - Removable glass plate and aluminum heated bed upgrade

Aluminum Arm Stiffeners (Replicator 1 2 2X Flashforge Wanhao) – Performance 3-d - Aluminum arm stiffeners

Upgrade: Aluminum Idler kit for MakerBot Replicator 2 X-End - 3D Printing Blog 1 - X idler replacement with aluminum/ball bering idler. (plastic on metal is no way to run a precision machine. WTF was Makerbot thinking!)

shop.raffle.ch - Aluminium x-ends.

shop.raffle.ch 1 - Aluminum carriage for the extruder

i also have printed soft vibration absorbing feet for it in Ninjaflex. cut down on the operating sound of the printer by at least half!

Endless other upgrades to the system that i have printed.

Honestly these were printed at 200 micron layer height at 120mm/s and i printed 10 in about 1.5 hours. This printer is capable of much much higher resolution if it is needed albeit at a slower print speed. With all the aluminum upgrades vibration and flex is almost eliminated and 50 micron layer height works well but is as slow as christmas. Even at 120mm/s it takes an eternity to turn out a print. I prefer the 100 micron or 200 micron layer height as i have learned to love the layers as proof that my object was printed. At 50mm it is almost perfect and to me that takes away from the awesomeness of being able to show people that something was actually printed on a printer.