This is a gun enclosure meant for rapid prototyping. It is for the 6mm scale (300:1) version of Games Workshop's Warhammer 40K (known as Epic). This part will plug into a chassis already sold by GW's subsidiary, Forge World.

The rendering was done in Hypershot. HS doesn't seem to be very good at handling 3DM, so I had to export to OBJ, causing a few weird artifacts, like the closed-in barrel.

Hi Yenmonger, great model, I hope you will show the final minuature when it is complete!

Re: closed in barrel - when you export from MoI try setting the option for Output: Quads & Triangles.

The default is to export N-gons (polygons with more than 3 or 4 sides) and some programs have difficulty dealing with those.

Probably exporting as Quads & Triangles from MoI will avoid the filled-in barrel problem, please let me know if it does not.

- Michael

Interesting, thank you.

Mr. Boyce (whose work can be seen on this forum within the 'Galacteers' topic) did the 3D print and investment cast for me:

Top job Yenmonger, keep 'em coming.

Cheers

Wow, that was quick! Looks good!

- Michael

Yes, the OBJ-quads&triangles only works much better with Hypershot...

Galacteers guy here. How big is the piece physically?

Can you share some details on the physical size of the piece, in particular, I'm interested in the size of the rivets.

Can you share a bit more about the piece?

You bet.

It's about 1.5 cubic centimeters, roughly 16mm by 12mm by 13mm.

The rivets are cylinders .33mm in diameter, .3mm in height.

It seems I never uploaded the finished results.

These are actual objects, not renders.

That's amazing! Where you get the actual object with such small dimensions, and even much smaller details (the rivets) made? I once used 3darttopart.com, but small details do not show up, and the surface is very rough.

Todd Boyce of NinjaMagic has an excellent machine with very fine resolution. The output is fragile, though, so after drying it is encapsulated in enamel and sent to a metalsmith. The metalsmith then pours bronze, silver, whatever, into the enamel. That destroys the 3D print, but creates a perfect duplicate in metal. The enamel is then broken off of the cooled metal.