So bottom line it still all fits together? and the button still works fine?
So bottom line it still all fits together? and the button still works fine?
My experience is that the fire buttons tend to be on the tight side, but it's easy enough to open up the hole they fit through in the top-cap using a round (or part-round) file.So bottom line it still all fits together? and the button still works fine?
The Co-op position are full at this time, but it has not gone live yet. There's a good likelihood that some positions may come open by a few dropping out.
On the semi-gloss yes it looks that way.
Neither of them has fully cured yet so I can't complete either build as the finish still has some 'give' to it.
72 hours per the Minwax can directions would put me at late Saturday evening.
My house stays at 23 degrees with 45% humidity almost constantly so it should be a decent curing environs.
Will post my findings when I do - hopefully this weekend.
My experience is that the fire buttons tend to be on the tight side, but it's easy enough to open up the hole they fit through in the top-cap using a round (or part-round) file.
It does a little bit - the thicker it is applied, and the thicker the paint/poly is, the tighter all of the fitment will be.
The picture I posted yesterday of the semi-gloss with polished bronze was slightly tighter than the raw print fit.
The gloss one will have to be sanded and/or filed for the ring and button to fit.
In theory you could mask these areas, but I think that would be rather difficult to do accurately and maintain a clean finish.
OMG, even the thought of masking that tiny ring lip area makes me cringe...........
The premium silver and raw bronze appear to be the best fits, with silver almost perfect.
All of the others appear to be too short in the longer axis.
The polished bronze was too narrow in the shorter axis on another body.
Between the variances of the bodies and the metals, I think most will require a little fine tuning.
My tests were done on raw bodies without internals... that will likely also affect the fitment.
Any build up in thickness from sealers or paints may need to be taken into account.
From the ShapeWays materials pages:
Plastics
strong & flexible: ± 0.15 mm, then ± 0.15 % of longest axis
metallic (alumide): ± 0.15 mm, then ± 0.15 % of longest axis
Some detail is lost during polishing
The polishing media can take off up to 0.1mm of the surface. For small details, this can rub away the sharp corners of your details and make them less crisp
Metals
silver: ± 0.125 mm
platinum: ± 0.125 mm
gold: ± 0.125 mm
bronze: ± 0.125 mm
brass: ± 0.125 mm
steel: ± 1% of any dimension (and one layer thickness of 0.1mm) These limitations are an outcome of the combined printing and infusion process. A 25mm dimension is accurate to ± 0.35mm, while a 250mm dimension is accurate to ± 2.6mm.
Remember! Polishing is a subtractive process in which material is removed to create a shiny surface.
Superb kitchen scale too... weigh your ingredient people, 'cups' are not accurate dry measures
For those who use other units, that is 5.0 ounces.
142 grams is wonderful. I'm a shirt-pocket fellow at times.
Is there any other companies that can 3D print parts like Shapeways?..... I know there probably is but looking at 3D printers on YouTube and seeing what others print in their materials, they look better quality.
I saw a material called PLA Plastic that looks like regular ol' molded injection parts.
Looks like ShapeWays uses a powder like base, as some other makers use plastic feed devices.
Do you think a wire-feed printer would be better for these boxes?
Is it possible to use the fatdaddy 510 connector with the bottom feed attachment and not the classic that I would have to drill. This is all that is stopping me from building this mod.
Has anyone built this mod purchasing all the items on their own. How much was the total cost without sharing some of the costs with other members.