Small(er) drawer cabinet

wanted a a tool cabinet with smaller drawers to hold tools. I got tired of looking in a drawer that was over full with junk or wasting space with only one small item.

Started by making a standard box out of ¾ ply:

Tool Cabinet Box

Then I gave it the seal and sand, nothing fancy, just a couple coats to keep the Kool-Aid stains off it.

Tool Box 2 Kool-Aid

I cut up the wood for 5 drawers:

Drawers all cut up

Glued them together, ignore the ugly ones….

Drawer pieces glued together

Mounted them up with full extension drawer slides. Shout out to habitat re-stores!

Cabinet drawers mounted with full extension slides

Put the faces on and finished it up with some pulls I had.

Finished tool cabinet with drawer faces and pulls installed

Here is an action shot before the face plates made it on:

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Drill Press Table

I made a new DIY Drill Press table to replace the very small one that came with it.

First thing I did was cut a piece of ¾ inch plywood 24 x 18 inches, cut a notch in the back for the support tube and drop in 4 carriage bolts spaced to fit through the existing table. I used the wing nuts and washers to temporary hold them in place.

Plywood drill press table blank with carriage bolts temporarily held in place with wing nuts

Counter sunk and glued in place

Carriage bolts counter-sunk and glued into the drill press table blank

Cut and glued the top plate to it.

clam-a-geton

Also notched and cut out a square area for a sacrificial block.

Square notch cut into the drill press table for a sacrificial block insert

Sanded and added the T-Track

Drill press table sanded with T-Track channel installed

Sealed it up:

Drill press table sealed with finish

Created a base plate and added some knobs I had laying around

Base plate added to the drill press table with mounting knobs attached

Added the fence, and she is done!

Finished drill press table with fence installed

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Temperature control with PID

I watched these 3 great videos from Johnny’s Reloading Bench and decided to make one.

MYPIN PID Temperature Controller – Demo and Parts List

MYPIN PID Temperature Controller – Building and Wiring the Controller

MYPIN PID Temperature Controller – Initial Programming, Testing, Auto-Tuning

There are more great videos, but for this I am only concerned with the above.

I used a panel mount outlet in mine instead of piping the cord out the back. Everything else is the same. All parts he lists fit.

PID Controller Inside View
PID Controller Inside View

Front with lid and high speed test light:

PID Controller Front View
PID Controller Front View

Back and Side shots:

PID Controller Back View
PID Controller Back View
PID Controller Side View
PID Controller Side View

As always, If you want me to print you one let me know in the comments.

You can download it from Thingiverse

Questions? Reach out on the Contact page

Parts Washer

Got me a Harbor Freight parts washer and moving thing to put it on. There are a ton of videos on modifications and how to put it together on the internet. Not going to put you through all that. Just going to show what I did.

I will not be using this for heavily soiled auto parts or farm equipment. Mostly weapons and parts, and to ‘finish’ clean other items.

Harbor Freight parts washer mounted on a moving dolly

I purchased the Oriflo With Hose (OR101H) Flow-Thru Parts Washer Brush and Immersion Water Heater from Amazon. The rest of the items I had laying around.

I did not realize the heater came with a timer, the price was the same as the ones with the timer. I removed it and put a standard plug in it place.

Timer removed from the immersion water heater and replaced with a standard plug

Before I put the plug back on, I drilled a hole above the full line for the cord and put a grommet in.

Grommet installed in a hole drilled above the fill line for the heater cord

Ran the cable and put the plug on:

Heater cord routed through the grommet with the plug attached

I dont want the big metal sprayer thing. I took it off and put a fitting in its place:

Metal sprayer removed from the parts washer and replaced with a hose fitting

I cut the end off the brush hose. It was designed to fit over the end of the metal sprayer. I then slid it over the fitting and clamped:

Parts washer brush hose cut and clamped onto the new fitting

I had to order the drain plug as it is metric:

Metric drain plug installed in the parts washer basin

I built a PID for casting and I have an extra temperature sensor. I drilled a hole in the wash shelf and ran the cable through the grommet.

Temperature sensor cable routed through a grommet in the parts washer shelf to the PID controller

The only other modification I made for now is putting a block of wood on top of the power switch to stop some of the wobble.

Block of wood added on top of the power switch to steady the parts washer

Next up is testing.

Sweet success! I used plain water for the the just in case. It took a long time for the flow to start. So long that I removed the brush and blew air through the tube to make sure it was clear. That must have primed it, started flowing after that.

Parts washer brush flowing water successfully after priming the line

No leaks at the drain after 24 hrs….

Parts washer drain checked for leaks after 24 hours, none found

The PID worked as well. Set it at 100 degrees for now. Can adjust as needed.

PID controller display showing the parts washer heater set to 100 degrees

Questions? Reach out on the Contact page

Staying on track!

I wanted to add some T-Track to the end of the counter in the office. I could then do some medium and light work in the Better cooled Office area.

I started by making a couple passes with the router, going a bit deeper each pass until I got to the right depth. ½ inch.

T-Track slot routed into the office counter in progressively deeper passes

Then I tapped it in and made sure it was flush:

Making it flush
Making it flush

Got it screwed and and tested with the Present Arms setup.

Testing
Testing

Works great!

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Keeping it Cool!

Installed portable Air Conditioners not only to keep things cool but to drop the humidity as well.

First I cut a 4 inch hole in the wall for the exhaust, hit a 2×6 on my first attempt…

Keeping it cool!

Put a vent cover on, sealed and painted it up:

Keeping it cool!

The exhaust pipes on these 2 units gets VERY hot. They might heat the room more than the unit cools it. I bought some insulated ducting and ran the exhaust pipe through it:

Keeping it Cool!

It worked! It is not cold, but it is probably 75% cooler.

Sandpaper Storage Box

Wanted to make a box to hold my sandpaper. Nothing fancy, just quick

Using ½ ply I ran rabbits along the top and bottom and and ¼ inch slots every inch. Glued and tacked it all together. I am using the ratchet clamp for the first time:

Worked pretty good!

Sealed it up:

Cut and slid in some ¼ inch hard board I had:

Marked and ready to go:

Band Saw Mill Sled

 

Started clearing the property and we have some logs smaller logs I want to try to mill up myself.
 
Started by cutting a ¾” sheet of plywood to 24” x 36” and adding in 2, 18” T-Tracks
Measured the distance from the blade side of the miter slot to the blade and used that distance to screwed on the miter bar. Sanded it down and good coat of wax.
Cut 2 13”x36” pieces and put 3/4” rabbits on the ends and back and a 3/4” dado directly in the center:
On one I cut 2 1/4” slots in:
 
Cut 3 support pieces, put a curve on them and glued them in place. Also drilled holes for the T-Track bolts and knobs.
Setup my rollers and mounted everything up:
 
Used the slots to secure the log with screws and went for it:
Think it worked out pretty good: