MB Welding Solutions

MB Welding Solutions Welding

We are hand TIG/MIG welding experience and specializing in production parts, die cating dies, plastic injection mold, aluminum weld, stamping dies, repair cast iron and silver brazing.

03/29/2026

🔥 SETUP + HANDS = PERFECT TIG WELD

👉 SETUP FIRST — THIS IS YOUR FOUNDATION
Sharp tungsten ⚡
Clean argon gas 💨
Torch dialed (cup + stick-out + angle) 🔧
➡️ Stable arc
➡️ Clean, visible puddle
➡️ Full control before you even weld
❗ Bad setup = unstable arc + dirty weld
❗ No setup = no control
👉 HANDS SECOND — THIS IS YOUR CONTROL
🖐 Torch hand = angle + arc length
🖐 Rod hand = timing + feed
➡️ Too close = contaminate tungsten
➡️ Too far = lose arc stability
➡️ Bad timing = uneven bead
🔥 This is where skill shows
👉 BOTH TOGETHER — THIS IS THE RESULT
Setup gives you the arc
Hands shape the weld
➡️ Clean bead
➡️ Even spacing
➡️ Smooth flow
🔥 = Real STACK OF DIMES
⚙️ REAL SHOP TRUTH
Bad setup + good hands = still struggle
Good setup + weak hands = looks better
➡️ But ONLY:
Setup + Hands = Real weld
💥 NO SHORTCUTS
No luck
No guessing
No excuses
➡️ Just CONTROL + DISCIPLINE


MB Welding Solutions

03/28/2026

Why Your TIG Weld Looks Bad (You’re Missing These Tools)

Struggling to get that perfect stack of dimes?
You might be missing the right tools.
From a quality TIG torch and sharpened tungsten to gas lens kits and proper clamps — every detail matters.
The right setup means cleaner welds, better control, and professional results every time.
Invest in your tools = upgrade your welds.

03/27/2026

Watch this clean TIG weld on stainless steel — perfectly controlled heat, smooth arc, and a flawless “stack of dimes” bead.
Every ripple is consistent, every color transition flows naturally from gold to blue to purple — this is what true welding precision looks like.
Not all welds are equal… this one hits professional level.
Do you think you can weld like this? 👇🔥



“Rate this weld from 1–10 👇”

03/26/2026

TIG Welding Problems Explained: Why This Weld Bead Is Not Perfect
❌ 1. Uneven bead (stack of dimes issue)
The spacing between the “ripples” is inconsistent
Some areas are wider, some are tighter → shows unstable filler rod feeding and torch movement
❌ 2. Poor heat control
Discoloration (yellow / brown) → too much heat or moving too slow
A good TIG weld should be silver or light blue tint, not burnt
❌ 3. Inconsistent travel speed
Some sections look “over-melted” → moving too slow
Some sections look thin → moving too fast
❌ 4. Incorrect torch or filler rod angle
Possible issues:
Torch angle too steep or too flat
Filler rod not fed in a consistent rhythm

03/06/2026

Celebrating my 13th year on Facebook. Thank you for your continuing support. I could never have made it without you. 🙏🤗🎉

02/28/2026

Bead on Seam Weld – Clean Fusion and Smooth Finish.
A bead on seam weld is a welding technique where the weld bead is placed directly along a joint or seam between two pieces of metal. In the image above, you can see a smooth, consistent weld bead joining round tubing to a vertical member—likely done using TIG welding for precision and clean appearance.
The goal of a bead on seam weld is proper fusion between both pieces of base metal while maintaining a uniform ripple pattern. Heat control is critical. Too much heat can cause burn-through or distortion, while too little heat results in poor pe*******on.
When welding a seam like this:
Maintain a consistent arc length
Keep a steady travel speed
Focus the arc at the joint line
Add filler rod evenly to build a smooth bead
A well-executed seam weld shows even spacing in the ripple pattern, no undercut along the edges, and a clean tie-in where the metals meet. This type of weld is common in tubular frames, stainless fabrication, bike frames, and custom metal structures where both strength and appearance matter.
Mastering bead on seam welding improves structural integrity and gives your finished work a professional, high-quality look.








02/27/2026

TIG welding (Gas Tungsten Arc Welding) is a high-precision welding process that uses a non-consumable tungsten electrode and inert shielding gas to create clean, strong welds. It offers excellent control and is ideal for stainless steel, aluminum, and thin materials.







MB Welding Solutions

Mastering a Steady Hand in TIG WeldingOne of the biggest challenges in TIG welding is keeping a steady hand while feedin...
02/26/2026

Mastering a Steady Hand in TIG Welding

One of the biggest challenges in TIG welding is keeping a steady hand while feeding the filler rod. Because TIG welding requires precise control of heat and filler metal, even small hand movements can affect the weld bead quality.
Start by positioning your body comfortably. Rest your forearms on the workbench whenever possible to reduce shaking. Many welders use the “pinky support” technique—lightly resting a finger or the side of the hand on the base metal to stabilize the torch hand.
When feeding the filler rod, use smooth, small movements. Instead of pushing the rod forward in large motions, gently dab it into the leading edge of the molten weld pool. Keep the rod tip inside the shielding gas zone to prevent contamination.
Practice maintaining a consistent arc length—about the thickness of the tungsten electrode. A steady arc and steady filler rhythm create uniform weld beads with clean ripples.
Like any skilled craft, TIG welding improves with repetition. Focus on body position, breathing control, and slow, deliberate movements. A calm, steady hand is the key to clean, professional TIG welds.






02/26/2026

TIG Welding Process Diagram: How Gas Tungsten Arc Welding Works

TIG welding, also known as Gas Tungsten Arc Welding (GTAW), is one of the most precise and high-quality welding methods used in fabrication today. The image above illustrates the core components and how they work together to create a clean, controlled weld.
At the heart of the process is a non-consumable tungsten electrode that creates an electric arc. This arc generates intense heat, melting the base metal and forming a molten weld pool. Unlike other welding methods, TIG welding uses a separate hand-held filler rod, allowing the welder to carefully control the amount of added material.
An inert shielding gas (typically argon) flows through the gas nozzle, protecting the molten weld pool from contamination by oxygen and other atmospheric gases. This shielding ensures strong, clean welds with minimal spatter.
The system also includes:
A power source supplying electrical energy
An electrode cable delivering current to the torch
A ground cable completing the circuit
The base metal and weld metal, where fusion occurs
TIG welding is widely used for stainless steel, aluminum, and thin materials where appearance and strength matter most. It requires skill and coordination—but the result is a smooth, professional-grade weld bead.
If you're aiming for precision, control, and high-quality finishes, TIG welding is the gold standard.












02/17/2026

Welded copper part.

MB Welding Solutions

02/16/2026

Welding is not hard to do … but it not easy either
MB Welding Solutions

Address

4045 N Elston Avenue
Chicago, IL
60618

Opening Hours

Monday 8:30am - 3:30pm
Tuesday 8:30am - 3:30pm
Wednesday 8:30am - 3:30pm
Thursday 8:30am - 3:30pm
Friday 8:30am - 3:30pm

Telephone

(224) 766-9092

Website

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