Zip Tie Caddy

Zip ties are one of those magical inventions that are simple genius, and I can’t live without them.  I have a fancy zip tie gun at work that does a really good job of tensioning the tie, automatically cutting at a set point, and keeping the tail captured.  They are expensive, so I found a different design that works pretty well and is affordable by mere mortals.  This calls for a custom caddy to keep all my zip ties organized and ready to go.

I cut up some spare plywood and played around with layouts a bit.  I think this is a good size.DSC_0899

I cut out a window to make tool access easier.

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I cut some more wood for a small base.  Narrow enough to make storage easier, but wide enough to keep it from tipping.  I really like how the rounded corners turned out from my router jig.

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I gave the two pieces a good painting and assembled.  I picked the color scheme of the zip tie tool.  The black zip ties contrast nicely against the orange background.

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To attach each zip tie bundle I used a zip tie that can be screwed down.  That looped into a zip tie around the bundle.  As you pull ties out you just tighten the bundle to keep things tight.

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It holds a variety of lengths and sizes along with my colorful re-useable ties and the screw down ones.  Plenty of room to grow too.

The handle was printed to match my hand size and keep with the color scheme.  Same deal with the zip tie tool holder.

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Corner Radius Routing Jig

Two hobbies collide as I print something super nifty for my wood habits.  A cool thing you can do with router tables is apply a template onto wood, and use a templating bit to match cut.  The bit has a bearing of the same diameter as the cutting edges.  It rides against your template and cuts away any underlying wood that isn’t shaped like your template.  Super handy, but you need a good template to start with.  Enter the 3D printer.

I modeled up this little jig so that it hooks onto the edges of a board and gives an exact radius.  It is hard to see given the color, but I printed a 1″ text in the bottom to note the size of the radius.

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Here is a picture of the jig fully seated, and what the resulting cut looks like.  Very clean and smooth.  The large circular cutout gives a lot of finger purchase so you can hold it tight and far away from the spinning bit.

One concern I had was with the material.  Would the cutting friction heat up enough to melt the plastic.  I did 4 cuts on a 3/4″ bit of plywood and everything looked good.  If I had a hundred corners to do, I would worry.  I could always upgrade to PETG.

The part is available in multiple sizes on thingiverse

Battery Charging Station

I am mildly obsessed with flashlights.  These flashlights take fancy 18650 lithium ion batteries that can be recharged.  I have a lot of light accessories, spare batteries from laptops, and other things that need storage and organization.  Similarly cameras tend to have their own specialized batteries that need storage and charging.  I built a flexible station to hold all my chargers in one place.  Later I added an extras organizer from a repurposed storage box.

I started with all the specialized chargers I could find.  Two for flashlight batteries and two for cameras.  I decided to go for the pedal board route.  Guitarists can have a lot of effects pedals for their instruments.  Instead of having them all splayed across the floor they tend to put them on a thin box using velcro.  The box has slits that allow cables to pass inside the box out of the way.

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I built it to fit a shelf in my office closet and made it wide enough to expand with new charger capacity if need be.  Nothing special, just some pine I had hanging out.  The chargers are held at about a 60 degree angle, and there is space in the back to strap down a power strip.

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I wanted it dark to help hide the dark cables and velcro.  I never have good luck staining pine, but mixed up a water based dye blend.  It turned out great!

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With velcro and power strip in place I could start attaching chargers.

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A 4×1 outlet extender lets you plug in chargers that are supposed to go directly into a wall outlet.  I added a device called a blackout buddy.  Eaton makes them and they are red cross branded.  It plugs in and charges itself.  When the power goes out it turn on the light so can see.  Now when our power goes out I can find my way to the flashlight stash in the dark.  It fit like a charm on the shelf in my closet.

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Next up I pulled an old drawer storage box thing out of the trash.  It used to have board games in it, but was destined for the dump.  I thought the all-wood construction it was worth saving.  After re-gluing a few bad joints it was in good shape.

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The bottom drawer houses all the extra batteries I had from laptop pulls and random purchases.  I printed a number of organizers to keep them from touching.  Every organizer positively holds the battery in place so they can’t come out and can’t touch each other.  Keeping them from touching is an important part of preventing battery damage and fires.  Plenty of room left to store more batteries.

The middle drawer has random flashlight stuff.  O-rings, manuals, cases, etc.  I printed some dividers to hot glue down to keep the drawer from being a mess every time you open and close the drawer.

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Lastly I threw some of my DSLR gear in the top drawer because I never really had a good place for it.  3D printing and woodworking come together to help organize and support my camera and flashlight fixations.  What a gorgeous synergy!

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Sharpening Station

Sharpening is one of those things that you know you should do often, but always gets put off.  It is often said 90% of your problems with hand tools can be fixed by proper sharpening.  I am getting better at free hand sharpening, and getting less lazy over time.  It is hard to always have some dedicated space to sharpening though.  I read an article in Fine Woodworking Magazine where someone suggested using a basic tool box plus custom top as a sharpening station.  It is portable to follow you around the shop, and has all the right stuff where you need it.  Instead of buying something I decided to stash bust and build one.

I have a ton of 3/4″ plywood around from my temporary kitchen counter tops, and some left over spares from the cabinet installation.  I turned them into a 16×16 open fronted box, along with a few drawers.

Given that the case and drawers would be short I didn’t want to use my normal method of attachment.  This typically involves building the drawer to just below the inside width of the box, and using pine as runners.  It is quick and easy, but the drawers fall out if you pull too far.  Instead I went with metal slides, and got to use my new drawer install tools.

I picked up a slide install tool and drawer guides from rockler.  They help a lot, but are a little awkward to use.  I wish I had do more research before buying.  I think kreg might have a better system.

Instead of using some kind of gripy surface to hold all the various plates and stones in place I went with a small vise.

On the left is a small work surface with bench dog clamps to help hold sharpening plates.  It is offset to the left to prevent drawer interference.  On the right is a small granite surface plate I had.  I added a protective cover to it eventually (seen in later photos).  Now I can use whatever method of hand sharpening best fits the situation of the tool.

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I built 3 sets of drawers to start with because it was all I thought I would need.  Then I found enough stuff to add a 4th drawer.  Once that was built and installed I found enough for a 5th.  I probably have too much sharpening junk.

The project ended up stretching out over a month as I worked on other things and came back with more ideas.  In that time I used a few different pieces of plywood for the front face of the drawers, so they don’t match well.  I did cook up a cool side caddy for honing fluids though.

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In all I think I am going to like it.  It rolls nicely, tucks away under one of my other benches that didn’t have a use for that space, holds a lot of stuff in the drawers, and even has space on the bottom shelf for my work sharp tool box and saw sharpening clamp.  The only thing it might need is weight in the bottom to help with stability.  Now I have no excuse not to sharpen early and often.

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Sharpening Plates

There is a sharpening system known as scary sharp.  It typically involves adhering sand paper down to glass plates.  Start at a high grit, and sharpen your tool down through the grits.  It is perfectly valid, and can give you a great edge.  The only issue is the cost of sandpaper adds up.

If you only have a few tools to sharpen, it works great.  Sometimes you want to clean up a really rough ebay tool, and don’t want to use a nice diamond stone on a rusty hulk.  Flattening water stones is rough work, and best done with disposable sand paper.  They can help flatten issues on cast iron tables.  Basically lots of good uses.

I have some decent diamond stones, but still wanted some glass plates to do occasional sharpening and clean up with sand paper.  I went to a local glass company and told them I wanted 1/4″ 4×10″ float glass for this purpose.  I ended up paying 50 bucks for 9 plates.  The edges are a little rough, but not sharp.  Just not pretty.  They even put nice little square foam pads as feet.

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I am tickled pink at how nice and affordable these were.  I don’t plan on using them a lot, but at the price I got how could I not go for a pile?  This is probably a stash beyond life expectancy!  I would urge woodworkers and tool users that need to sharpen flat objects to go to their local glass shop and see what they can do.  A little super 77 spray adhesive to stick the paper down, and a sharpie, and you are in business.

Clamp Racks

A year back I modified a set of buckets to hold my 12-24″ clamps.  It worked as a method to keep them in once place, but had some flaws.  They were tucked away, which means out of sight out of mind.  With all the bars going down into the bucket it was really hard to tell the length of the clamp when you wanted one.  I was able to de-clutter some wall space which gave me the opportunity to build wall racks.  One would think that clamp racks are really simple, and that not many mistakes could be made.  You can screw it up, and I did.

I wanted to try out french cleats, and I wanted them to be strong.  I didn’t have much 1″ thick lumber, so I went with 2x4s.  Big beefy cleats right?  This is stash busting at its finest.

Mistake 1

20170326_201149.jpgI thought 2x4s would make a great french cleat system.  They aren’t horrible, but they
aren’t great either.  Because of the thickness when you cut them on a 45 degree angle, you don’t get a lot of flat bearing surface left over.  A 1×4 would provide plenty of holding power, is easier to attach to the wall, and has more bearing surface to glue/screw to against the wall and tool holder.  I would also suspect that moving the weight out further from the wall transfers a little more load into trying to pull the screw out instead of shear loading it.  Might not be significant, but not something you want to do.

Mistake 2

I had plenty of cabinet grade 3/4″ plywood around from my temporary counter tops.  Why not break out my old machine cut dovetail jig and go into production?  It was a little overkill for strength, but they would look nice and once I got the jig setup I could make lots.  Turns out plywood doesn’t play well when doing that kind of cutting.  The bit ripped off a lot of layers.  I could have sandwiched the part on both sides, but the novelty and speed of doing a lot of these was quickly evaporating.

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Mistakes 3 & 4

I mounted the cleats up high to maximize space and keep them out of my way when not in use.  I ended up with them too high.  When trying to place a clamp in the rack, it hit the ceiling before going in.

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If I did rotate them to get them in, the double bars didn’t help.  I used that double bar trick on a small clamp rack at the end of my work bench.  Small clamps have a center of gravity that makes them want to rotate badly when hooked like this.  Big ones have enough weight down low that they don’t.  It was a waste of materials.

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To recover I removed the holders, and cut off the top bar.  That is a nice thing about french cleats, you can take them down to adjust or make modifications.  I also added a small bumper at the bottom to help with the loading path.  See mistake 1.

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It took a while, but the two foot long clamp rack was complete.

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Mistake 5

I had pre-cut material so that I could assemble lots of 14″ clamp sets with dovetails.  When the dovetails failed I started using screw.  That worked out, but the small sizes weren’t needed.  The dowels are plenty strong enough to hold the weight across 28″.  I just caused more work for myself and wasted materials.  I was able to use some of this stuff, but if I had tested the dowels for sag before hand I would have done all of them in one span instead of two.  Test next time.

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Mistake 6

Almost out of the woods.  I made the classic “Measure once, cut twice, and still too short” mistake.  I always have problems when drilling holes for dowels.  I seem to always drill one size too big.  These aren’t 7/8″ poplar, they are 3/4″.  More material wasted, I need a tight fit for the glue joint.

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The next set avoided mistake 4, the second bar was really needed to keep everything from rotating, but got tied up with mistake 3 again.  It was up too high.  I had to remove the cleat and lower it down a few inches to get everything to clear the ceiling.

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From here out it was actually pretty smooth sailing.  I used my limited stock of 1×4 to make more cleats and the racks came together well.  I even managed to dig my spring clamps out of the drawer and give them a nice home.  Bigger parts on the spindle sander might be an issue, but that is attached to a mobile base.  I can always move it out if need be.

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In the end it works wonderfully.  The fact that it took twice as long and 50% more material than it should have is going to be chalked up to learning.  8 years after starting this hobby I still have a lot of learning to do.

Pullup Bar

I have been doing kettlebell and bodyweight exercises consistently for over 6 months.  I love the speed at which it kicks my butt and have been getting progressively stronger at all the exercises.  Aside from a variety of bells none of it requires anything more than a small bit of space.  The two exceptions are pull-ups and Turkish get ups.  Pull-ups obviously require some kind of bar, and Turkish get ups involve large series of steps to take you from lying flat on your back to standing up straight with a kettlebell overhead.  It takes a bit of room.

The plan is to kick out my treadmill and build a dedicated kettlebell workout area.  I have a doorframe pull-up bar, but want to build a freestanding piece of equipment.  Might as well use this as a chance to do some woodworking.  Start with some nice (Super rough!) untreated 4x4s and get cutting.  Even though they were supposed to be kiln dried they were wet enough that my normal tenon saw bound up an inch or two in.  Had to break out a panel rip saw!

With guns that big my joints weren’t exactly surgically precise.  Along those lines I didn’t really have the right chisels for the job.  An old 2″ framing chisel helped, but my only other option was a 1″ bench chisel for chopping the waste out.  Still I was able to bang out some bridle joints to attach the upgrights to the feet.  Things were going swimingly enough I was able to shoot a little assembly vid!

Timber time!

A post shared by Chase (@kiltedcraftworks) on

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Before doing any glueups or serious trimming I assembled the uprights with the pull up bar at the height I thought appropriate.  This let me do some basic testing to see if I was on the right track.  It was shaky, but even without glue or fasteners it held me!  Last but not least it let me play with different widths to figure out what was right for me.

 

 

 

 

 

 

 

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I started trimming excess and planning out the rest of my parts.  A shelf across the back holds kettlebells when not in use.  The shelf is dovetailed so it helps keep the assembly square.  All that weight comes in a lot of handy!  The right angle joints between the uprights and the feet got glued and pinned for good measure.  Everything else is going to stay friction only so it can be disassembled.

I tried trimming everything down as much as possible so it wouldn’t take up any extra space inside.  It looks compact, but beefy.

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I made one critical flaw though.  Those pins on the backside are pretty thin, and any force on them by the tails puts a lot of shear force along the grain.  It is a recipe for splitsville.

Yup, I was doing some assembly and it popped off.  I tried gluing and pinning it back in, but only managed to destroy the piece.  If I had made the foot extend a few more inches past the tail it would have been strong enough to survive.  Lesson for next time.

I installed some angled pegs along the back of the uprights to give myself storage hooks for grip trainers and other items.  The whole thing goes into the house easily, and assembles in a few minutes.  The pull up bar itself was pinned with some 1/2″ dowels though the upright from front to back.  That will keep it from rolling or working its way out.  The shelf and those pins are just held in with friction and gravity.  Assembled the device is too big to get through any doors, but by using carefully planned joints, I can take it apart to get it in and out of the house.  A coat of boiled linseed oil offers some protection and adds color to the pine.

All the wooden joints creak and groan and shift a bit when doing pullups, but it is super sturdy.  I might drill out the pull up bar and upgrade from a 1-1/4″ to a 1-1/2″ bar at some point, but for now this works well.  Those pegs along the back hold my chalk, a towel, and grip trainers.

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