Column Progress Update III

Well, I’m still working on them, but with what I’ve learned from the first two columns, it appears that the second two will dwarf the stylized look of the first ones.  In essence, it is clear that I learned a lot about column-making and I will make far neater columns in the future.

A set of 4 columns, two of which need the capitals created yet.The second two still need feet, and I’ve only mudded just the one, but I’ve designed the capitals for those two outer columns and today, when I get down to the ‘Space, I’m going to cut and assemble them.  The hardest part will be judging where to cut off the cardboard tubes so that all of the columns will be the same height, after the capitals are added.

I’m still undecided on what I’m going to use to bridge the gap across the tops….

Column Progress Update II

A picture of a fully assembled column.  I hesitate to call it "Doric," but that's close enough.

So this is the column, fully assembled.  I used 3M putty to fill in some gaps due, largely, to my less-than-average woodworking skills.  It is fully sanded and now it needs the one thing that the Makerspace doesn’t have time for…Primer.

In a couple of weeks, I’m going to order the sandstone textured spray paint and this first column will be finished.

On a completely different topic, the makerspace now has a fully automated buffalo-maker:

A silhouette of a buffalo, cut out of quarter-inch MDF, then painted with black and yellow caution stripes.

This is Barry, the “Caution Buffalo.”  I have some interesting plans for this one….

Column Progress…

The molding and detail for a set of columns.  Lots of curves and steps.

For a while now, I’ve been wanting to build some columns.  I know, this is not a “traditional” project, but the reasoning is sound: I’m going to be living in student housing for 4 years whilst I earn my GIS degree at UW-MADison, ergo, I can’t paint, I can’t put up crown molding, and I can’t knock down walls just because I damned well feel like it.

That being the case, I’ve designed several projects that will let me bring some architectural detail into my apartment in a non-destructive fashion and I’ll be bringing you blow-by-blow accounts as things progress.

The columns themselves are just large cardboard tubes, much like the ones carpet is typically spooled on (thanks, Rich).  Everything else, well, that had to be designed and custom manufactured here at the makerspace…

I’ve become thoroughly enamored with our DIY CNC Router, care of Ron and Tom.  After giving a demo on the wonders of 3D profiling, I thought I should delve into waterline routing which is the technique that I’ve used here.  The detail that you can achieve is pretty remarkable, although there is a significant amount of hand-finishing required for that craftsman look.

Tonight, I cut the main pieces for the base and the capital of the column.  Once I have this first one more-or-less done, I’ll know enough about the workflow that I can build the other three with less trouble.  In the end, each column will have a space in the top for a pot so I can train my philodendrons down and around them.

3D Profile Cutting Class This Sunday @ Noon!

An example of a flower, cut with our CNC router

The much anticipated 3D profiling lecture/demonstration will be held at the Makerspace this Sunday at noon!

Learn how to take a model made in any 3D program and bring it to life!

I’ll be going over the basic workflow starting with exporting 3D models as .STL files, various CamBam settings, and finishing with a cutting demonstration on the CNC router, hopefully before the Packers kickoff at 3.

All are welcome!

Experiment in Shapes 1, Helium

This started off as an overzealous doodle, inspired by my refusal to doodle squares.  After a fashion, I decided to turn it into a Windows icon via Illustrator…

An Abstract image; Yellow proto-square with spheres and other shapes.

It still haunted my dreams, so I used the Makerspace’s CNC router to create a variant in real life MDF….

I had a certain amount of trouble with getting the yellow enamel paint to dry fully before I added another coat.  This led to scaling of the top coat which was most ugly.  Tom suggested using a 100-watt bulb in an enclosure, to ensure that the piece was at the proper temperature to allow the paint to dry.  His suggestion worked perfectly and I now have a new art piece hanging on my wall.

Oh, the name.  Originally, this was “Art…with a Handle,” but that seemed to lack imagination.  Next, it was “Dream Explosion,” but that was a bit much.  After allowing the name to percolate a bit, “Dream Balloon” came through and this led to “Helium.”  So there.

Kinetic Rolling Ball Sculpture at McDonald’s….

So, a few members found this rolling-ball kinetic sculpture from “Eddie’s Mind” at a local McDonald’s and I just had to take a peek.

Rolling Ball Kinetic Sculpture, First Impression

Rolling Ball Kinetic Sculpture, First Impression

The truth is: it’s fascinating.  If this weren’t at a McDonald’s, I’d be here almost every day.  The track is set up in such a way that the balls hit switches on their way down, which alters the path of the next ball to follow.  The large, white bongos that you see in the lower center of the pic are only triggered about once every 4 minutes.  This sculpture really is a marvel.

I also needed to test out my camera to see what kind of video it would take, and I must say that I’m moderately impressed….

 

 

But is it Art?

My Completed Art Deco Wall HangingI sketch quite a bit and I’ve been doodling things like this for years without realizing that, technically, they fall under the “Art Deco” category.  If I were content with that, I’d paint it blue, pink, and silver.  However, because cerulean blue belongs in the sky and not on your wall, pink belongs in distant sunsets and not on your wall, and why the hell would you paint wood silver?  I decided that to bring this piece into the 21st century I’d need to radically rethink the colors.

At first, I had intended to only paint 3 elements of the composition.  After picturing it in my mind, I decided on the single yellow piece that you see here.  I’m quite pleased with the end result.  Unfortunately, the spray-acrylic sealer that I used was very old and I suspect that it was this that led to the strange patina you see on the main circle here.  No matter what I tried, I kept getting glossy parts and flat parts.

The primary material is MDF, some of which was cut with our very own CNC router, with hardboard being used for the yellow part, and split pine dowels (thanks to my own rig, clamped to our band-saw) for the 3 extending pieces.

*Note: When cutting a perfectly cylindrical piece length-wise on a band-saw, the piece will have a tendency to rotate as you’re cutting.  I’d have done a better job had I thought to clamp the piece to the jig that I set up.

The preliminary sketch of the art deco wall-hanging.This is the rough sketch of what I had planned on making.  Things change in a wonderfully organic way when you go from sketch to completed project.

The wall-hanging before painting and glueing.The piece before painting and assembly.

I laid the pieces out separately and hit them with flat-black spray paint.  This took very well to the MDF.  After painting and clear-coating everything, I waffled about how to assemble the many into the whole.  I first toyed with the notion of pre-drilling, then screwing everything in from the backside of the piece; I also realized what a pain it would be to try to locate each hole without being able to see the front first.

Next, I thought I’d use a brad-nailer and just pop everything in, but ours doesn’t take anything shorter than 5/8″ and this entire project is just under 1/2″ in depth and I didn’t want to bother cutting the ends of the brads flush with the back, plus, they could scratch the wall that it hangs on.

I finally decided on some epoxy that one of our makers had brought in.  It’s proven very workable and durable, as I found out when I used it to make the spools for our Makerbot ABS plastic filament.  I put several pieces on at a time, weighting them down with some paving bricks (covered in cloth, as I didn’t wish to scratch the paint).  After letting it cure for 24 hours, the project was more-or-less done.

All that’s left is to figure out how to mount it to a wall.  I think I might use a plunge router and hollow out a portion of the back for that.  Another idea has been brewing in the back of my mind, but it’s too cool to mention unless I actually do it.  Rest assured, if I use that idea, I’ll be posting about it here and on Instructables.

UPDATE: I found that it’s about the same weight as a moderately sized picture, so I picked up some picture-wire and attached it via two screws in the back.  It is now hanging on my bedroom wall.

The Constant Periodic Table

Old Style Updated Periodic TableThere was a recent, spirited discussion on the boards about interesting things to engrave via the new laser cutter (kindly loaned to us by one of our newest members, Jason).  Links were posted and one caught my eye.

After several failed attempts to get a normal, boring periodic table to cut with the laser, I figured I’d have to do some formatting, file conversion, and most likely make a blood sacrifice under the full moon to get Corel Draw to play nice with Illustrator.  As it happened, I found that Corel doesn’t seem to like most of the formats I throw at it (SVG, DXF, AI, PNG, etc).  Don’t get me wrong, it’s a good program, it just doesn’t like me or anything I make.

Bottom line: I decided that if I was going to have to remake the periodic table in vector format, being picky about details and how things were saved and all that, I was going to make it my way.  I’m a bit old-school about some things, and I quite like the Victorian scrollwork styles that you see on old manuscripts.  Thus was born The Old-New Periodic Table.  It’s accurate (I had to add elements 112-118 to the sample file I was using) and it looks damned impressive.

This was the test version.  I fully expect to create another one on a nice piece of oak sometime soon, perhaps with a frame cut by the CNC Router.

Notes:
-This was done on wall-board (or some variant thereof).  The laser didn’t so much etch the piece; it pretty much just carbonized the top layer.  As such, it smears and will continue to smear until I seal it.

-The total time to etch/carbonize this was about 1 hour and 50 minutes.

-Settings were: 100% power, 75% speed, and 500 ppi.

-For some reason, it wouldn’t print until Kevin deleted my picture and input some sample text.  After he hit “print”, it started printing my picture.  No, I have no idea what happened.

-The original SVG (Illustrator file) I found on Brian D’Allesandro’s Blog.

Hopefully I’ll be able to experiment a bit more with this wonderful tool and see what comes of it.  I already want to take one of the posters that I made for the Makerspace and see about etching most of it onto a nice 1/8″ piece of plywood.  Hey, Milwaukee Makerspace custom coasters might not be far behind….

Makerbot Spools and Rack are in Effect

Image of the spool holder filled with spools of plastic

A while back, Pete and I had discussed making spools for the ABS plastic that the Makerbot uses.  The stop-gap solution until now has involved painters’ tape and coils of filament laying all over the table.

After Matt had a print job interrupted due to a kinked filament, I decided I had better hurry up and make this thing.

Full step-by-step instructions are available on Instructables here: The Spools and The Spool Rack

I’ve decided that it’s worth it to pick one random project now and then that addresses a need that the ‘Space has.

Next up: a fully functioning version of ED-209 to guard the doors to the ‘Space.