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Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
This is the long body wrap I made for a friend of mine whose birth I will attend within the next month or so. She asked me to make some more of the rice heat packs I brought to her first birth as a doula, and I also thought it would be a good idea to replicate another of her favorite hot packs.
One of the things I noticed during her first birth was that we tended to run out of hot packs quickly because they felt so very good; this problem will be relieved by the addition of more hot packs. But the other thing I noticed was the placement of the packs; my friend seemed to put them in a band that wrapped around her lower torso. Could I make ONE wrap that accomplished the benefits of heat therapy, making it more easy to deal with because it was a single wrap?
For this wrap, I double-layered the cowboy fabric, and make one giant "pocket" out of it. I used double seams wherever I felt like it. I poured two dry cups of medium and long-grain white rice into the closed-ended fabric tube, and just made a seam on top of it. I repeated this a bunch of times. I double-seamed the remaining open edge, and I even rolled the fabric in on itself to avoid intenal fraying. That's all there was to it.
These chambers were super easy to make. In the other chambered heat packs I make, sometimes it's hard, because in order to get the chambers plump (yet still be able to fit the edges of the piece under the sewing machine's foot) I sew the chambers first and stuff them from the side. I've lost a lot of rice that way over the years! But each project teaches me more about how to be less of a klutz.
Two helpful things:
1) Sewing machine needles will sew over a horizontally-placed pin like buttah, baby.
2) Sewing machine needles will win in any street fight with a grain of rice.
Making your own hot packs for a birth is incredibly inexpensive and makes a lot of sense. Add some dry grains to cloth and sew. Boom. Done. Add herbs, if you want. But you don't have to. The cloth can be an old sock, and it can be tied very tightly. And if, at any time, the hot/cold pack gets wet, soiled, ripped, or otherwise rendered less functional, simply toss it, and maybe even compost it (the insides, for sure).
The weight of this eight-chambered thing is actually really comforting; I imagine that when it gets heated up, it will be even more of a comfort.
Giddy-up, little doggies! Yee-ha!
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
This is a robot mode only replica of Starscream's look in ROTF and DOTM.
I tried to replicate every single detail from the CGI model, which differs greatly from the actual figure. I added tons of parts on his chest, arms and legs, for that messy and sharpy Decepticon look.
The original canopy section was removed, since it's not there in the movie version, leaving only the canopy itself. The whole chest section was redone using mostly new parts to get the right look (much bulkier). The middle section was resculpted to be permanently open, with a few tiny mechanical parts and wires here and there. A few parts were added on his neck as well. Speaking of which, the neck now can be tilted side to side.
I added several wires on his arms, instead of just paiting the sculpted ones, for a much more realistic look.
I also added articulated fingers, and a ball joint on his right hand. Each finger has a tiny spike added, just like the CGI model has.
I added the jet engines on his back, as well.
His legs were heavily modified, with tons of new parts added, to get that overlapping-transforming -panels look.
The paint job was done with several coats of different shades of gray and metallic enamels, for that not so shiny but still metallic look (like the actual F-22)
The final touch is on his head. I resculpted his eyes for a more accurate and meaner "look". Finalle, each eye has its own LED now, and they're visible even in day light.
Replicating a silly shot, for no good reason.
Inspired by this.
The resort's facade replicated the New York skyline down to the Empire State Building, Statue of Liberty and Grand Central Station.
My latest creation, which is a model of the Northumbria Blood Bank Nissan Juke in 1/43 scale. A replication of the real vehicle.
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU
Replication point of spring-fed pond.
2002 © UNEP
For further information go to www.unep.org/disastersandconflicts
Shot with the Canon FD 135mm f/2.8 - A boy playing in a dirt parking lot in Quito, Ecuador
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#3DBenchy printed on a MakerBot Replicator Desktop 5th Generation 3D printer.
The 3D-model: 3dbenchy.com/download
The 3D-printer: www.creativetools.se/index.php?route=product/search&f...
Replicate Designs produces Architectural Scale Models and Custom Displays along with props for advertising, movies and more.
Experimental adjustable drive block for the Replicator 2X extruder. The purpose of this design is to allow the operator to fine-tune the pressure applied to the filament by the idler ball bearing.
The 3D-files: www.thingiverse.com/thing:267394
Instructions: bit.ly/1eaYi3p
The 3D-printer: bit.ly/1ehTaKU