If you're the person in a small shop who gets handed a welding list with "order something decent" scribbled on it, this is for you. I'm the office administrator for a 31-person fabrication company. I manage PPE, consumables, and light equipment purchases—roughly $180,000 a year across 12 vendors. I report to operations and finance. I am not a welder.

You may be reading this because you searched for "ESAB," "ESAB Sentinel A60 Ghost welding helmet," or "MIG welders ESAB." Maybe you typed "WW2 welding machine" because there's an old transformer unit sitting in the corner. Maybe "woman welder killed" because that fear is real and you want to get the safety stuff right. However you got here, this checklist is from my side of the purchase order—not from the welding booth.

Five steps, plus a section on mistakes I've already made so you don't have to.

Step 1: Define the job before you open the catalog

The first checklist item is a conversation, not a search. What process? MIG, Stick, TIG, or plasma? What thickness? 16-gauge sheet, 1/2-inch plate, both? How often will it run—ten hours a week or ten hours a day? And what power does the shop have: 110V, 220V, or three-phase?

I skipped that once. I let a salesperson talk to me about duty cycles before asking what the machine would be used for. That's how I ended up with a "great deal" that was wrong for our shop. The seller was right about the machine. I was wrong about the homework.

Step 2: Match "MIG welders ESAB" search results to your actual workflow

Before you type "MIG welders ESAB" into a search bar, know what the MIG side of your shop really produces. The ESAB Rebel EMP 205ic is a popular choice for small shops because it handles MIG, Stick, and lift-arc TIG on 110V or 220V. But popular doesn't mean universal. If you're running production all day, you might need a dedicated MIG package with a higher duty cycle. If you're mostly doing repair work and moving around a site, portability might matter more.

Check the basics: duty cycle at the amperage you'll use, wire feed compatibility for solid or flux-cored wire, input power requirements, and gun/liner size for the wire you run most often.

I'm not a welder, so I can't tell you which MIG package you need. What I can tell you is to write down those answers and compare them to the spec sheet before you click order. It took me one expensive mistake to learn that. I ordered a machine without checking the power plug; it showed up and wouldn't fit our wall outlet. Restocking, freight, and two weeks of downtime. The "cheap" machine was not cheap.

And if you're comparing a Hizone handheld MIG welder to an ESAB, I'm not going to repeat the "you get what you pay for" cliché. Hizone is a different category of tool. It might be fine for light handheld work in a garage or a repair truck. But if you need consistent wire feed, service parts, and a dealer network, that's not the same purchase. Budget brands have their place. For us, the industrial-grade machine earns its cost back in uptime.

Step 3: Treat the ESAB Sentinel A60 Ghost welding helmet as PPE, not a luxury

The ESAB Sentinel A60 Ghost welding helmet was the one I got "talked into" by our best welder. I'm glad he did. When I compared it side by side with the older helmet we had, I finally understood why helmet prices vary so much.

It came down to visibility. The lens was clearer, the color felt closer to real, and the viewport was bigger. I could feel the difference in weight distribution just holding it. For someone who spends eight hours under a hood, that's not a nice-to-have. It's fatigue and eyesight.

That doesn't mean buy the most expensive one. It means buy the one that meets the standards and fits the person wearing it. Look for ANSI Z87.1 on the lens if you're in North America, EN 175 if you're in Europe, and if you need respiratory protection, check for a NIOSH-approved PAPR.

If you found this page because someone in your shop searched "woman welder killed"—I'm not going to link to accident reports. I'll just say this: the fear behind that search is valid. Welding is not a desk job. A helmet is not the whole safety system, but it is a critical piece. Ventilation, leathers, dry gloves, and training matter too.

Step 4: Evaluate the "WW2 welding machine" without nostalgia

There's something cool about a WW2 welding machine. I get it. I've been asked to buy parts for one that was supposed to be "still running fine." We didn't get far.

Before you spend money restoring a vintage unit, ask yourself: Is the case grounding intact? Are all cable insulators in good shape? Does it have a contactor that keeps the electrode de-energized when not welding? And can you still find replacement parts in a reasonable time?

I'm not saying every old welder is a death trap. But a production shop shouldn't rely on a machine from the 1940s for its livelihood. If the "WW2 welding machine" is for a museum, great. If it's for a paying job, buy something with modern safety features and a duty cycle you can depend on.

Step 5: Verify support, returns, and invoices before you pay

This step is the one most buyers skip, and it's the one that has cost me real money.

Basically, confirm that the contact tips, liners, and consumables you're ordering fit the exact model. Ask about warranty registration and spare parts availability. Find out whether the dealer has a real support line or just a chat bot. And ask for a sample invoice before you become a customer.

The invoice thing came from a bad experience. A "great price" vendor could only provide a handwritten receipt. Finance rejected the expense. I ended up eating the cost out of the department budget. Now I verify invoicing capability before placing any order. It sounds paranoid. It's not.

This is also where the small-shop point belongs. If you're buying one machine or two helmets, you might feel like a small fish. Don't accept a vendor who treats you like a nuisance. A good supplier answers questions, sends a correct invoice, and helps you get the right item the first time. Today's $2,500 order can be next year's $120,000 order. That's not a slogan; it's just how procurement relationships work.

Mistakes I'd Rather You Not Repeat

  • Buying by price before checking compatibility. The lowest quote is often the highest total cost after restocking and downtime.
  • Ordering consumables from a photo. "The tip looks right" was my most expensive phrase. Verify the part number.
  • Ignoring the power source. A welding machine can't run on hope. Check the plug.
  • Letting nostalgia override safety. A WW2 welding machine is history. Your liability insurance is not.
  • Treating PPE as an accessory. The ESAB Sentinel A60 Ghost is more than a cool-looking helmet. It's the last line between the arc and your eyes.

I only believed the part-number rule after skipping it and eating a $400 restocking fee. "They all look alike" is a phrase I never want to say again.

Bottom Line

You don't need to know how to weld to buy welding equipment well. You do need to ask good questions. Define the job, match the machine, buy PPE as safety gear, keep vintage machines in the display case, and verify the vendor before you commit. If I learned this in 2020, you can learn it in five minutes.

This was accurate as of early 2026. Product lines and part numbers change. I'm not a welding engineer, so if you're making a big purchase, send the spec sheet to someone who is. Take it from someone who signs the POs: ten extra minutes of checking can save you a month of downtime.