thanks for the tip, gonna get my hand on a set of those next time i hit the hardware store. together with a 3d "pen", for i´m running out of super glue and after i saw one of them in action it seems the better option of "glueing" those broken parts back together since the pen melts pla just as the printer does.
as for the figure, well....
patient was declared deceased shortly after removing of the support material began. 3 ribs broke straight after touching with the spinal column following *ouch*
half a tube of glue and countless rubber gloves later i painted the parts and tried assembling them together, left arm joint broke right after inserting into the socket (again, seems a problem with the model, the other arm broke at the exact same place) and needed to be glued as well.
after that i had to replace the head socket for the ball joint did fit the spinal top only for the head to turn out to big, so i cobbled together a new neck out of chicken wire.
guess what, after setting the head into place, the neck broke....
all in all though the figure turned out ok..... got a coo model in comparison in the pic.
the 3d author claims the model to be 1:6, strangly the limbs do seem correct while the head appears slightly to big. nothing that can be redone. thing is, where the coo model looks cartoonish the 3d printed is spot on except for size, so i call it a success in the end.
the limbs are articulated to a degree.
popping in the joints on the hip work ok cold, but you´ll need a hair dryer to soften the hands, feet, lower legs forearms etc. BUT heating it up for just a sec to long warps the structure, maybe you´ll spot it on the collar bones and upper rib cage.
impossible to pop in the arms into the shoulder cold without breaking the torso, heating it up though losens the joint.... its a hit and miss for now.
got different filament in stock that need higher temperatures to melt, maybe they´re more resilient to the hair dryer trick.
anyhow, hope you like it
cheers
tjolnir