At some point, not sure if on here or in PM Talant said he was going from cast to 3d. This was during the 90 mm run and I thought he meant for future sculpts. Perhaps he meant immediately..
Bill
If the leg was hollow then it’s a 3D print. With the 3D resins it is cured with UV light. So my guess is it’s not had enough time to cure. Even with conventional resins if you don’t get the mix right the same effect can happen. But from the description of hollow leg it sounds very much like it’s a curing problem.
I’m sure they will replace the part with no issues it happens some times but it’s a easy fix just a new part.
Steve
TFB Miniatures Team
Here is mine.
You can see that I have inserted a pin through the whole leg. Epoxy glue was used. The legs were solid and not hollow.
I concur with Steve : hollow parts means 3D print and uncured resin.
I do not like 3D prints and prefer cast kits (metal or resin).
cheers
View attachment 478908
How did you install the pin in the bent leg Alex? Cut the leg halfway and drill in two directions?
I bought this one in 54mm and am quite eager to start it.
Thanks
Adrian
Hi Adrian
Precisely that. First cut the leg with a jeweller's saw (extra fine blade) at the knee.
Drill rear thigh. Insert stainless steel pin. Drill other part of the leg.
Bend pin accordingly. Reassemble everything and use epoxy.
A pin like this will support the whole horse and rider without any problems.
I have inserted a 'regular' brass pin in the end of the other leg just for alignment purposes.
Difficult to say for sure, maybe Talant can shed some light on what happened.
The problem with mine occurred weeks after the horse was painted.
Pierre
Hi Bill
Do you remember if the legs of your horse were hollow when you drill them to insert the pins ?
Were there instead any typical mould lines from a regular casting process ?
I think that there are many different problems highlighted in this thread.
Talant told me that some 90mm kits were produced by regular casting while others (after) by 3D printing.
I think that all 120 mm kits were 3D printed.
The problem with Pierre's kit (hollow leg) comes from the fact that it was 3D printed : uncured resin trapped inside, which is actually a well described issue in the 3D printing world. A wash in IPA followed by UV exposition might help but note that you need to take great precautions when handling uncured resin.
My kit was not 3D printed but cast. I have decided to sand every part carefully with a 3M radial bristle wheel. I have also drilled many small holes in various parts of the kit in order to search for any pockets of gelatinous resin : none were found. I have cleaned every part with diluted dishwashing soap and will reassess the situation in a few days / weeks. If the surface remains matte and stays the same, this means that my kit might be fine to advance to the priming stage. I will maybe seal the kit beforehand with a coat of shellac or something else. If glossy speckles reappear, then the kit will go to the bin.