DIY Welding Project: Building a MIG Gun Handle Hanger | MillerWelds

DIY Welding Project: Building a MIG Gun Handle Hanger

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In this step-by-step tutorial for beginner welders, Andy demonstrates custom welding techniques for creating round and flat hook styles for your MIG gun handle hanger.

 

Download Project Plan

 

SKILL LEVEL: Beginner

TIME COMMITMENT: 2 hours

Here's what you'll need to get started.

Tools and Materials

filler metal icon3/32" size 5356 Hobart® filler metal
band saw iconBandsaw/cutoff wheel
vise grips iconVise grips/clamps
grinder iconGrinder/sander
hammer icon Hammer
bench vise iconBench vise
aluminum round icon1/4" aluminum round stock (for round hook style only)
aluminum angle icon
1" x 1" aluminum angle, 1/16" or 1/8" thickness

 

WARNING: READ AND FOLLOW ALL LABELS AND THE OWNER'S MANUAL.

Step by Step (Round Hook Hanger)

step 1

STEP ONE:

Begin by cutting a piece of the 1-inch x 1-inch angle to a length of 1-5/8 inches. Ensure your cuts are precise for a proper fit.

step 2

STEP TWO:

Next, mark 7/16-inch from the inside edge of the angle. This will be your guide for the next cut.

step 3

STEP THREE:

Carefully cut along the edge of the line so that the saved part maintains a width of 7/16-inch. Take your time to ensure accuracy.

step 4

STEP FOUR:

Deburr the cut edges to remove any sharpness and ensure a smooth finish.

step 5

STEP FIVE:

On the short side of the angle, mark for holes that are 1-1/8 inches apart, 3/16-inch from the top edge and 1/4-inch from either side. These marks will guide your drilling.

step 6

STEP SIX:

Use a center punch to create indentations at the marked points, then drill the holes using a #26 or 9/64" drill bit.

step 7

STEP SEVEN:

Cut a 3-5/8-inch piece of the 1/4-inch round stock. Ensure the cut is clean and straight.

step 8

STEP EIGHT:

Form a radius on one end of the round stock. This will help in creating a smooth hook shape.

step 9

STEP NINE:

Find a 3/4-inch round piece of tubing or a bolt to use as a form for bending the hook. This will help achieve a consistent curve.

step 10

STEP TEN:

Hammer form the 1/4-inch tubing around the tubing. Start about 2-1/4 inches from the rounded end to create the desired hook shape.

step 11

STEP ELEVEN:

Cut two pieces of the 6 mm OD x 4 mm ID x 20 mm long standoff spacers to a length of 7 mm or .275 inches. Ensure the cuts are precise.

step 12

STEP TWELVE:

Remove the top two cap screws from the gun handle. Temporarily install the spacers and the mounting bracket using two 6-32 x 7/8-inch-long socket head cap screws.

step 13

STEP THIRTEEN:

Determine where you want your hook welded. I centered mine on the gooseneck for balance.

step 14

STEP FOURTEEN:

Remove the mount from the gun and grind a small flat spot on the bottom of the hook where it will mate to the gun mount. Clamp the hook in place and weld it securely.

Step by Step (Flat Hook Hanger)

step 1

STEP ONE:

Cut the 1-inch x 1-inch angle to a length of 3-3/4 inches. Ensure the cut is straight and clean.

step 2

STEP TWO:

The base mounting dimensions will be the same as the round hook design. Follow the same measurements for consistency.

step 3

STEP THREE:

Note the additional 2-1/8-inch x 7/16-inch-wide flat strip. This will be used for the flat hook design.

step 4

STEP FOUR:

Position the flat strip 1/8-inch from the top edge of the angle. Mark the additional cut areas with an “XX.”

step 5

STEP FIVE:

Cut out all areas you marked with “XX” for drop-off. Ensure the cuts are clean and precise.

step 6

STEP SIX:

Mark and drill the mounting holes as in steps 5 and 6 of the round hook hanger instructions. Use the same measurements for consistency.

step 7

STEP SEVEN:

Grind a radius at the tip of the strip and deburr any cut edges to ensure a smooth finish.

step 8

STEP EIGHT:

Bend the strip around the 3/4-inch round form, just as you did in step 10 of the round hook hanger instructions. Ensure the bend is smooth and even.

step 9

STEP NINE:

Mount the completed hook to the gun handle. Ensure it is securely fastened and properly aligned.

Andy Weyenburg headshotAndy Weyenberg began welding at his father’s business a few years before joining the Army. After going to school for Electro-Mechanical, he started working for Miller Electric Mfg. LLC as a technical service rep and training instructor. Andy has built and raced stock cars since he was a teenager — and now builds high-performance street vehicles while also managing the Miller motorsports program.
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