A slime blower of my very own

3 months ago I made a hanger for my proton pack for the living room

And now I’ve been looking at that empty set of hooks evvveryyy day. I wanted to start posting details of this build; because…come on guys. We need more slime blowers.

My work so far has been focused mostly on the zooka. I cut a 4 1/2 inch pipe in half free hand with the grinder, faced it on the mill, and inlaid flats for the hinge on the table saw.

The back cover is an aluminum ring with a 3d printed part epoxied in the center. I wanted the sides to scuff and show real metal underneath.

I know the sling rings should be pop rivets, but I decided to go with #12 bolts instead. I didn’t want to deal with a broken sling when I’m playing with it.

And that brings us to the nozzle… I wanted it to be metal just like the body of the zooka. My first though was to roll a cone, hire a friend who does aviation welding do the seams for me, and then turn it, but I wasn’t happy with the results I was getting. The only roller I have access to is a hand crank unit, and it just wasn’t beefy enough.

So…

This is the biggest thing I’ve every tried to do on my beautiful, old as dirt, South Bend.

Thank goodness for audio books, because this is taking forever. First step was to turn something that will actually fit in my chuck.

Then I stared hogging out the inside. Its a ways off, but eventually it will have a 4 /12 ID to fit on the zooka body

One day

I wish I had though of this sooner, It’s a lot quicker.

All I needed was a cut off tool (That still works), and a hole saw (that doesn’t)

and…

FIT!

Makin progress. This rotary head was a gift from a friend that was moving hi shop. First time I got to break it out.

Also, I saw this morning that one of this original blowers was put on display at Sony for Ghostbusters day. reeeaalllly hoping a shutter bug posts picks soon. I’ll be your friend forever.

The last 25% is the hardest part by far.

Also, a highly anticipated package arrived today:

Big shout out to Heavy Props, these look great!

If anyone out there is looking at this and thinking about copying my techniques, be forewarned, that last little bit at the base of the cone is a real b-

…

-Babylonian god.

I had this wood buck left over from my first attempt to roll the part. I cut it off at the wood lathe and used it to hold the cone the other way

A long threaded rod through the head stock let me pull wooden holder tight to the inside of the cone.

The last bit got turned out, and ~30 hours later…

DONE.

Awesome work! Looking forward to seeing the rest of the build!

…Just pokin around at a few house keeping items… first of all there’s those darn pump boxes…

My first thought was these files by topherprints on Thingiverse.

Size seems a little off, I wonder if it was made with smaller quick disconnects in mind.

topherprints’ box is on the left. My first attempt is on the right. I stretched the box out a bit so the hardware would fit better.

I modeled my boxes mainly looking at the boxes on gEkX’s Slime Time build thread; But the more screen used picks I look at the more I wonder if the real boxes were made out of something thinner.

My first dry fit needs a little TLC:

My main tank is right up against the aluminum plate on the right side, and I’ve got about 3/4 of an inch of overhang to contend with. I might resize my box, or use some washers to spread out the two aluminum beckets on either side of the ALICE, or maybe a little bit of both.

My first dry fit on the main tank went much better.

The main tank. you know, that big pain in the butt thing that makes you hesitate every time you think about a slime blower build? My thoughts were: I wanted to go with a 9 1/2 diameter like JANDERSON392 calls for in his plans, (which is a tall order at the pluming supply store), and I waned something that could really take a knock. I think we all know the pain of that dead silence that falls over a Halloween party when the guy with the most elaborate costume breaks something.

so far I’ve printed half in Petg, one dome and one wall section. Now I just have to print them again.

To keep the filament use down to only modestly crazy I modeled flats on the inside. I will glue wooden slats and empty filament rolls with expanding foam on the inside:

At first I thought I might have to put a concave radius on the slats by running them diagonally through the table saw, but with this soft pine and expanding foam I think I’m going to get away with just resawing them down to 11/16 flat.

Spent some time today working on the ectoplasm dispersal unit.

Trimming the bits I don’t want