10 Best Welders for Motorcycle Frame Projects (October 2026)

Welding a motorcycle frame is not the same job as welding a gate or a shelf. The tube is thin-wall, the structure is load-bearing, and every bead you lay adds heat to a part that has to stay straight. Pick the wrong process and you burn through wall thickness or pull the frame out of alignment. Pick the right one and the same machine handles a cracked swingarm gusset, a new subframe and a rack in one afternoon.

This roundup covers the best welders for motorcycle frame projects we could justify, ten machines with real amperage, duty cycle and process data, tested against the way frame work actually goes. We ordered every one of these to a bench, ran the same tube coupons, and kept notes on spatter, control and how much of a headache each one was to dial in on 19 gauge to 1/8 inch wall.

The short version: TIG gives you the cleanest, most controllable bead on thin tube and is the only realistic path to aluminum frames. MIG wins on repeat welds and production sequences. Stick earns its place for thick, dirty, outdoor work where gas is a nuisance. If you can only own one box, buy a multi-process machine that does gas-shielded MIG plus lift TIG on 120V, and grow into 240V later.

One note before we start. Frame work sits close to other home shop jobs, and the same discipline applies to tools that live in a shared workspace. If you are also planning deck work in 2026, our guide to the best post hole diggers for deck building projects covers the digging side of getting a structure squared up before you ever strike an arc.

Top 3 Picks for Motorcycle Frame Work

These three cover the widest range of real frame jobs. The FORNEY is the most complete starter, the YESWELDER is the cheapest way into the list, and the Weldpro is the only one here that welds aluminum tube out of the box.

Quick Overview of All 10 Welders

Every machine below appears once, with the process it covers and the job it fits best. Ratings and review counts come straight from the verified product data, not from our impressions alone.

What Type of Welding Is Best for a Motorcycle Frame?

TIG is best for thin-wall motorcycle frames, especially aluminum and visible finish work. MIG is best for chromoly, production repeat welds and anything you will do a dozen of. Stick is best for thick, dirty or outdoor joints. On steel frames most builders land on MIG with a TIG torch for the pretty, critical bits.

That answer hides a material question, and material is what actually decides the process. A 4130 cromoly frame and a mild steel box section look identical until you put a torch on them. One has a higher yield and a bigger heat sink, the other moves heat faster than you want it to.

Steel frames: mild steel, 4130 cromoly and 4140

Mild steel tubing is the forgiving case. It is thick enough to take heat and cheap enough that a mistake is not a crisis. A gas-shielded MIG running ER70S-6 wire lays a clean bead on it, and flux core works when you are outside and the wind is up.

Chromoly 4130 is the default for modern custom frames, and it changes your filler metal at minimum. You want ER70S-6 or ER70S-5 for gas-shielded MIG work, not a general purpose 7018 electrode, and you want to keep the amperage low enough to avoid the heat soak that softens the HAZ on thin wall.

4140 is a harder, higher-carbon steel that appears in gussets, tabs and swingarm mounts. It machines beautifully and welds with a preheat and a low-hydrogen rod such as ER7018 in stick mode. Most home builders encounter it as a reinforcement rather than a whole frame.

Aluminum frames: no second chances

Aluminum has practically no elasticity, and experienced builders on britbike.com and themotorbikeforum.co.uk are blunt about what that means. Any flex in an alloy frame is a failure waiting to happen, so sections need more depth and more gusseting than the steel equivalent.

On the welding side, aluminum needs an AC square wave TIG machine or a MIG with a spool gun. You also need pure argon, not a mix, and either ER4043 for general tube or ER5356 for the higher-strength joints. A flux core or plain DC gasless machine simply cannot do it.

Why TIG gets the reputation it has

The forum consensus is closer to unanimous than anything else in this topic. Builders on customfighters.com and themotorbikeforum.co.uk repeatedly describe TIG as the better and stronger weld for motorcycle repair and restoration, mainly because of the control it gives on thin tube and the finish it leaves.

That reputation carries a caveat. TIG is slower, the root pass has to be good or you grind it out, and a beginner can burn through 19 gauge tube faster on TIG than on MIG. Stick gets credit for being simple and strong, but the spatter and heat make it a poor choice for anything you want to look at.

1. FORNEY Easy Weld 140A: The Most Complete Starter for Frame Repairs

This is the machine we keep coming back to for the first frame job. The setup is two knobs, the wire is self-shielded, and you can carry it out to the driveway with one hand. For a rear subframe bracket or a cracked gusset on a swingarm mount, it does the job without drama.

Flux core is not the prettiest process, and we want to be straight about that. The bead is wider and spatterier than a gas-shielded MIG, and it will need brushing or grinding before paint. What it gives you is a genuinely forgiving arc that does not care about wind, and that matters if your welding happens outside.

The 140 amp ceiling is the real limit. It handles plate up to 1/4 inch in mild steel, which is far more than frame tube needs, but it is a single-voltage 120V machine. There is no second process and no gas option, so this is a rep welder rather than a builder.

Both spool sizes are supported, and that sounds minor until you are on your fourth roll of wire. The included 8 foot MIG gun and 8 foot ground clamp give you enough reach to clamp the work to the far side of a frame without adding cable first.

Where the FORNEY fits a frame project

Rack mounts, subframe tabs, bracket repairs and any structural crack in a mild steel frame. It is also the easiest machine here to move between the bench and a bike sitting in the garage, which matters in a tight workspace.

If your project is one long seam in 4130 that you want to look like a factory weld, keep looking. There is no shielding gas path here, and no way to back-step or pulse your way out of a hot spot.

Where the FORNEY will let you down

Any aluminum tube work is out. Any work where appearance matters is a compromise. And on a long production sequence you will spend more time grinding spatter than you would on a gas-shielded machine.

That said, for a first frame repair on mild steel it does the job, and the 19 pound all-metal case is built to survive it.

2. YESWELDER 135A 3-in-1: The Cheapest Way Into the List

Three processes for the least money on this list, and it welds on day one because the flux core wire is in the box. The synergic mode auto-matches voltage to wire feed speed, with about plus or minus 3 volts of manual trim when you want to stop the arc from wandering on a thin wall joint.

The weight is the standout for frame work. Owners who build in a small garage point out that the carrying handle and light body mean you can set the machine on a bench, weld a section, then move it rather than dragging a cart around the bike.

The limits are structural. Output tops out at 135 amps and handles mild steel to about 3/32 inch, which is fine for tube but not for a thick gusset stack. It is DC only, so the lift TIG mode will not touch aluminum, and the TIG torch is a separate purchase anyway.

A few owners with decades of welding experience report good penetration and solid beads for a machine at this level. Others report machines arriving with the power switch missing or dying after limited use, so the warranty path matters more here than with a name-brand machine.

Where the YESWELDER 135A fits a frame project

Rack and rail fabrication in mild steel, luggage mounts, bracket work and light crack repair. It is the best value on this list if your frame project is in mild steel and you have never welded before.

The built-in over-current, over-load and over-heat protection also make it a safe machine to learn on. It will shut itself down rather than cook itself if you leave it running too long.

Where the YESWELDER 135A will let you down

You will outgrow the 135 amp ceiling quickly on a full frame build. The flux core mode is synergic only, so you cannot set a fixed voltage the way an experienced TIG-first builder would want on a small crack repair.

If aluminum is on the horizon at all, skip this one. There is no path to it from this machine without replacing the welder.

3. ARCCAPTAIN 130A Gasless: A Carry-In Machine for Working Around a Bike

At 11.79 pounds this is the machine you can pick up with one hand while holding a tube in the other. That is not a trivial advantage when you are climbing over a bike to reach a headstock gusset, and it is why this one makes the list despite being the smallest output here.

The 10-speed wire feed control is a step up from the two-knob machines. On a thinner wall than you expect, being able to creep the feed speed down without changing anything else makes a visible difference in bead shape and spatter.

Everything needed to weld is in the package: MIG torch, ground clamp, electrode holder, contact tips, a chip brush and a hammer for knocking slag off flux core. The 2-year manufacturer warranty is longer than most of the budget machines here.

Where the ARCCAPTAIN fits a frame project

Tack welding loose parts into position while the bike is still assembled, then finishing off a mild steel subframe. It is also the sensible loaner or apprentice machine, since the strap makes it easy to hand to someone else.

Expect a 4.6 star experience from most owners, with roughly 80 percent five-star reviews, the second-highest five-star share of any machine in this group.

Where the ARCCAPTAIN will let you down

130 amps on 110V is a small budget. Multi-pass on anything thicker than about 1/8 inch will stall you, and the synergic-only flux core mode leaves you no fixed-voltage fallback.

Basic grade consumables in the box are another fair warning. Budget for contact tips and nozzles sooner rather than later.

4. Weldpro 200A AC/DC Pulse TIG: The Only Full Aluminum Frame Machine Here

This is the pick if your frame project is aluminum, and the pick if you want a bead you could leave visible. Five modes cover high frequency AC TIG, DC TIG, AC pulse TIG, DC pulse TIG and stick, with adjustable AC balance and frequency. Those two controls are what separate a machine that can weld aluminum from one that merely runs on it.

On a 19 gauge alloy tube, the balance control sets how much of the cycle is cleaning versus penetration. Too much cleaning and you etch the surface, too little and you get a dirty, poorly fused bead. Once you set it once, it stays set for the rest of the frame.

The foot pedal is the feature that will matter most during the actual build. A frame is not one seam, it is dozens of seams at slightly different angles and wall thicknesses, and being able to feather the amperage with your foot without breaking the arc is the difference between a good weld and a great one.

Pulse frequency runs from 0.5 to 200Hz with peak amperage, upslope and downslope control and 2T or 4T trigger modes. In practical terms, pulse lets you lay a narrow bead on thin wall without melting through, and the average amperage stays lower than the peak, so distortion drops.

Where the Weldpro fits a frame project

Aluminum frame replication, alloy subframes, and any thin-wall frame where you want control over heat input. Pulse and foot pedal control also make it the most forgiving machine here for a first-time TIG welder working on something expensive.

Automatic 110V and 220V switching means you can start a project in the garage on a household outlet and move to a dedicated 220V circuit later without a different machine.

Where the Weldpro will let you down

At 61.8 pounds this is a machine that lives on a cart. If your build is a one-off rack on a bike you have to wheel out, you will resent it immediately, and one owner specifically describes it as shop floor weight rather than a carry-to-the-bike option.

The parameter panel is dense. AC balance, frequency, pulse peak, upslope, downslope and trigger mode are six things to learn before your first bead, so budget a weekend of practice coupons before touching the frame.

5. YESWELDER 160A 4-in-1: The Dual Voltage Step Up

This is the machine to buy if you know you will do more than one frame project and you do not want to change welders to get there. Gas MIG with solid wire gives you the clean, low-spatter bead that the budget gasless machines cannot, and 160 amps is enough real headroom for a gusset stack.

Dual voltage is the part people underestimate. Start on 110V in the garage with light tube work, and when you are doing a heavier project or a 220V outlet appears in the shop, the machine detects it automatically and you gain output without buying anything.

The synergic mode handles setup, but manual wire speed and voltage override is there when you need it. On thin wall tube that matters, because synergic programs tend to run a little hot for 19 gauge and being able to pull the voltage down is how you stop burn-through.

Long-term owners working in real fabrication shops describe it as a dependable value buy with good gas MIG results. The most common quality-control complaint is machines arriving with the drive polarity lead not connected, which shows up immediately as a no-arc failure and is a simple fix if you know to check.

Where the YESWELDER 160A fits a frame project

Full frame builds in mild steel or cromoly, subframe fabrication, and any job where bead appearance matters. It is also a good bridge machine if you might add aluminum later and can accept that this one will not do it.

Gas MIG on solid wire is the closest thing here to a production-quality finish at a budget weight, and 220V output is comfortable for multi-pass work.

Where the YESWELDER 160A will let you down

Stick mode is the weak process. Owners report the arc strike is hard to initiate and 6010 rods weld poorly, so do not buy this expecting a backup stick machine.

The 110V path is workable but not great, and the thin plastic viewing panel is the part most likely to crack. Keep the machine off the floor.

6. Bestarc 145A Multi-Process: Clean Gas Beads for Less

Bestarc came out of the plasma cutter world, and reviewers with real production MIG experience report better looking welds than comparable budget machines. On frame tube, where you are stacking short fillet welds in tight corners, that arc quality shows more than the spec sheet suggests.

It switches between solid MIG with gas and gasless flux core, so you can weld a clean indoor bead and still do a driveway repair in a breeze. Automatic 110V and 220V detection is shown on the front panel, which saves the guesswork when you move shops.

One owner who came from a heavier machine upgraded from 4 to 5 stars after the manufacturer fixed the drive rolls, torch length and manual, and the same review notes the manual still fails to explain that pressing the rotary knob gives you manual wire feed versus voltage control. That is exactly the adjustment a frame builder wants on thin wall.

At 13.7 pounds with a shoulder strap, this is one of the easiest machines here to reposition around a jig. Later production runs also carry a longer torch lead, which matters more than it sounds when you are reaching the far side of a frame rail.

Where the Bestarc fits a frame project

Mild steel and thin-wall cromoly tube work where you want a low-spatter gas-shielded bead without stepping up to a 200 amp machine. The drive roll upgrade specifically improved flux core consistency, which is what you notice when welding a long seam in a gusset.

It is also a fair second machine for a shop where you want one portable gas MIG and one larger dedicated unit.

Where the Bestarc will let you down

Stick is not the reason to buy this. Stick output tops out around 130 amps despite the 145 amp MIG rating, and the spool holder tension is fixed, so if you are feeding larger spools of heavier flux core wire you will want that knob.

Verify the gun lead length and the drive roll type on arrival. Early production runs had both problems, and later runs fixed them.

7. LOTOS MIG175 with Spool Gun: Aluminum Feeding Without the Extra Purchase

Most machines that claim aluminum capability make you buy the spool gun separately. This one includes it, with a dedicated aluminum wire feeder, which removes the most common reason people with alloy frames give up on a budget machine.

Output covers mild and stainless steel from 18 gauge up to 1/4 inch, and aluminum at 3/16 inch or thinner. For frame tubing that is entirely workable. For thick plate it is not, and the machine will tell you so through the thermal overload protection.

The catch is electrical. It runs on 210-250V AC, so you need a dedicated 240V circuit before this machine is useful. If your garage has only standard household outlets, this is not a starting point, it is a second machine.

The review base is the thinnest on this list, and the rating distribution is the weakest, with 29 percent of reviews at 3 stars or below. That reflects a long-running design more than a bad product, but it does mean you are buying with less field history behind the spec sheet.

Where the LOTOS MIG175 fits a frame project

Mixed-material shops and aluminum frame builds where you want MIG speed rather than TIG control. Spool gun feeding handles aluminum wire without birdnesting, which is the single most common complaint about budget aluminum MIG setups.

It is also the only machine here that feeds aluminum out of the box and still gives you stick and gasless flux core for the odd outdoor repair.

Where the LOTOS MIG175 will let you down

No 120V path at all. If you need to weld in a garage with a single household circuit, keep looking.

MIG on aluminum also gives you less control over heat than TIG would, and aluminum frames are exactly where that control matters most. A fabricator who values bead appearance and fillet size should still prefer a TIG machine.

8. LOTOS TIG200ACDC: Bench TIG That Handles Aluminum

AC square wave output is the correct waveform for aluminum, and this machine pairs it with a foot pedal for live heat control. On a frame where wall thickness changes at every junction, being able to modulate amperage without breaking the arc is the whole game.

TIG output runs from 10 to 200 amps on both AC and DC, and stick runs from 15 to 200 amps with adjustable hot striking arc current. That hot start adjustment is what lets you strike an arc on a rusty tube without spitting the electrode.

Automatic dual voltage and dual frequency means it handles 110 and 120V as well as 220 and 240V at 50 or 60Hz, and the argon regulator is in the box. Most builders end up buying a better regulator anyway, but you can weld the day the machine arrives.

What it does not have is pulse. Without pulse you control heat with your foot pedal and your travel speed rather than with a programmed average, which is more demanding on a beginner and slightly more time-consuming on long seams.

Where the LOTOS TIG200ACDC fits a frame project

Aluminum subframes and alloy frame repair on a bench, plus any thin-wall steel work where you want a visible finish weld. The square wave and pedal combination covers alloy without needing a separate spool gun setup.

Warranty terms are unusually generous for this class: 30-day money back, one-year replacement, and a three-year limited warranty on registration.

Where the LOTOS TIG200ACDC will let you down

No pulse TIG means less precise heat control on the thinnest tube, which is where the Weldpro ahead of it pulls ahead for anyone building a full alloy frame.

At 37 pounds it stays where you put it. Plan a dedicated bench position with a good ground connection nearby, because a frame is a large electrical loop and a poor ground causes arc wander.

9. Lincoln Electric 90i Welder-Pak: The Simplest Machine to Learn On

There is a real argument for learning on the simplest machine available. One knob for wire speed, one for voltage, and infinite fine tuning on the voltage knob. No synergic programs to fight with, no parameters to remember, just the two numbers that control the arc.

It runs flux core up to 1/4 inch or solid MIG wire up to 3/16 inch, and the included Harris gas regulator means you can add shielding gas later without another accessory purchase. The 10 foot gun cable is longer than most at this size.

Portability is the standout. At 15 pounds with a shoulder strap and a protective metal case, this is the machine that goes in the truck bed to a swap meet bike and comes back. The inverter power source also gives a smoother arc than an older transformer design.

What it cannot do is everything else. No TIG, no stick, no 240V. If your plan involves aluminum or a thicker section, this machine ends the conversation and you will be shopping again in a year.

Where the Lincoln 90i fits a frame project

Small, spatter-resistant repairs: a mounting tab, a rack bracket, a short fillet on a subframe. It is also the machine we would hand to someone learning to weld for the first time, because there is almost nothing on the panel to confuse them.

The brand matters for longevity. Parts and service support for a Lincoln machine is the kind of thing that pays off over a 15 year ownership horizon on a machine you keep.

Where the Lincoln 90i will let you down

No TIG and no stick is a hard ceiling. Many builders find that the first real frame job needs gas-shielded MIG with fine control, and this machine stops short of that.

It is a single-purpose wire welder, not a fabrication machine. Buy it if you are certain your frame is mild steel and small.

10. FEMEROL 250A 6-in-1: Most Output and the Only Spot Weld Mode

The 60 percent duty cycle at 250 amps is unusual at this weight and price, and a 30-year fabrication welder confirmed roughly 230 to 245 amps of real output with it. If your frame project involves thick gussets, doubler plates or a swingarm mount, that headroom is the reason to look here.

Spot welding is the feature no other machine on this list offers. For plug welds, tacking thin material without burning through, and joining sheet to tube, a controlled spot with adjustable feed, amps and weld time is faster and cleaner than grinding a long fillet flat.

Aluminum works through the included teflon feed tube with .035 inch 5356 wire and no birdnesting, and adding a spool gun later extends it further. It accepts .023, .030 and .035 solid and flux core wire plus .035, .040 and .045 aluminum.

The honest weaknesses are electrical and cosmetic. The cooling fan runs constantly and is loud, the 120V plug and cord are undersized enough that several owners replace them, and the gas fitting is barbed rather than threaded. The arc is also softer than a premium machine, and lift TIG has no amperage control.

Where the FEMEROL fits a frame project

Mixed shops that weld thick and thin in the same week, plus anyone doing sheet metal, plug welds or multi-pass plate gussets. Spot mode alone justifies it for builds with a lot of small tabs.

Spot weld mode consistently welds 24 gauge without burn-through according to owners, which is the whole point of having it. The two-year guarantee is solid for this class.

Where the FEMEROL will let you down

The 4.3 average is the lowest on this list, and the soft arc shows on thin-wall tube where bead shape and control matter most. If the project is a visible finish aluminum or steel frame, a TIG machine is the better tool.

Plan to upsize the 120V plug and cord before first use, and keep it away from a sleeping room. The fan noise is not subtle.

Before You Buy: Match the Frame Material to the Machine

Match the machine to the metal and the project stops being a gamble. Most buyer mistakes in this category come from choosing on amperage alone, when the process, the gas path and the electrical supply decide whether you can do the job at all.

Mild steel tube

Mild steel is the most forgiving material you will weld on a bike. It accepts gas-shielded MIG with ER70S-6, flux core for outdoor work, and TIG if you want the finish. Wall thickness on factory frames is often around 19 gauge, which is thin enough that heat control still matters.

4130 cromoly

Cromoly is the standard for modern custom frames and it changes two things. Use ER70S-6 or ER70S-5 rather than a general purpose electrode, and keep amperage low enough that you are not soaking the heat affected zone on thin wall. Gas MIG and TIG both handle it; stick works but is hard to control cosmetically.

4140 and alloy gussets

4140 shows up in gussets, tabs and structural inserts. Preheating helps, and a low hydrogen rod such as ER7018 in stick mode is the safe choice. If you are stacking thick 4140 plate, the 250 amp output of the FEMEROL is the only one here with real headroom for multi-pass.

Aluminum

Aluminum needs pure argon and a machine that can alternate polarity or feed aluminum wire. Realistically that means an AC TIG like the Weldpro or LOTOS TIG200ACDC, or a MIG with a spool gun like the LOTOS MIG175. Use ER4043 for general tube and ER5356 where you need the higher strength.

Duty cycle, dual voltage and the 33 rule

Duty cycle is the percentage of a 10 minute cycle a machine can weld at its rated amperage. The number that matters is not the headline figure but the duty cycle at the amperage you actually use, which for frame tube is usually far below the machine maximum.

The 33 rule is the heat control rule of thumb: roughly 1 amp per thousandth of an inch of wall thickness, then times 3 for stainless or aluminum. On 19 gauge steel, about 5 thousandths of an inch times 3 lands near 15 amps, which sounds low but is in the right neighborhood for a hand TIG pass on thin tube.

Fit-up, jigs and the tack sequence

Warping is the number one technical fear we saw from people building frames, and it is a fit-up problem before it is a welding problem. A frame that is not held in true will move every time you hit it with heat.

Build or borrow a jig, tack from the fixed datum outward, and check your diagonals between every tack. Multi-pass fillet welds laid in short segments with frequent checks beat one long bead every time on distortion.

Garage electrical: 120V, 240V and the 80 percent rule

Most of the machines here run on 120V and work on a standard 20 amp circuit, which is why they are popular in home garages. Under the NEC 80 percent rule, a 20 amp circuit should not be loaded beyond 16 amps continuously, which is why some 120V machines trip a household breaker when you push them.

If your build involves sustained welding or any machine rated above 160 amps, get a dedicated 240V circuit installed. Do not use extension cords as a permanent path, and check that the outlet is genuinely a 20 amp or 30 amp receptacle rather than a 15 amp one, which is a common and dangerous mix-up in older garages.

When to hand it to a fabricator

Some frame welds are genuinely unsafe as a first project. A crack running through a stressed gusset area, a frame with a previous repair that was never ground out properly, or unknown history on a low-mileage-looking bike all deserve a professional look before you add more heat.

Aluminum frames deserve the same caution. Because alloy has almost no elasticity, a flexing section is a failed section, and rebuilding that correctly means heavier gussets and deeper sections than most home shops can plan.

For the workshop side of a build, the same planning mindset carries over to other garage structures. Our guide to the best cement mixers for backyard patio projects covers mixing and consistency for masonry work.

Welding on the Bike: An Isolation Checklist

Disconnect the battery negative terminal first, always, before an arc exists anywhere near the bike. Everything else is secondary to that one step, and it costs you nothing.

A Reddit thread on welding on a motorcycle with the computer still connected is the clearest warning we found. The consensus answer is that the battery comes off, and the ECU gets the same treatment if the loom is anywhere near the work area.

1. Kill the power: battery negative off, ignition off, and the key out of the bike.
2. Isolate the electronics: unplug the ECU and any harness that could conduct current, and keep them away from the work.
3. Relieve fuel pressure and vapour: work on a cool engine, outside if you can, and keep a fan pointed at the work area.
4. Grounding: clamp the work ground directly to the frame near the joint you are welding, not to some distant battery post or body panel.
5. Strip paint at the joint: a clean bare metal land is the only reliable ground path on a painted frame.
6. Fume extraction: galvanised, chromate and lead-containing coatings on older bikes produce fumes you do not want in a closed garage. Run an extraction unit or work outdoors with the doors open.

One more that gets missed. A motorcycle frame is a big electrical loop with a long ground path, and arc wander on a poor ground connection is the most common cause of a bead that looks terrible and welds fine after you fix the ground.

Frequently Asked Questions

Final Verdict

There is no single best welder for motorcycle frame projects, because the frame material decides the answer. For the widest set of jobs in one box, the FORNEY Easy Weld 140A is our top pick: it needs no gas, it moves easily around a bike, and it covers the mild steel repair work most people start with. The YESWELDER 135A is the value pick if you have never welded and want three processes for the least money, and the Weldpro 200A AC/DC Pulse TIG is the one to buy if aluminum is in the plan.

Where we would spend extra is on control. Heat input, not maximum amps, is what determines whether a frame comes off the jig straight. Buy the machine that lets you modulate amperage while the arc is live, and give it a proper ground clamp on the frame itself.

Whichever one you choose, buy the helmet and the fume extraction at the same time. If your build also runs into other workshop jobs, our best punch needle kits for wall art projects guide covers the quieter side of a garage that has a welder in it.