Every review
111 machines compared, grouped by what they are for rather than by brand or by price.
11
160 A · 230 V single phase · Euro torch connector · €505
A French-built trolley machine with a Euro connector and a 40 W feed motor — bought for the feed quality rather than for its headline current.
Best for: Someone who intends to keep the machine ten years and wants standard consumables
Italian-built trolley MIG · ~€1,550 across the EU
The one professional machine on this page — and the one whose price is the same in four countries, which tells you it is not a marketplace listing.
Best for: A workshop that welds most days and cannot afford the machine to be the reason work stops
200 A · pulse and double pulse · aluminum synergics · €600
The only machine here with genuine pulse and a spool gun interface — which is what makes aluminum a normal job rather than a fight.
Best for: Aluminum work, and anyone who wants the weld to look like the ones in the photographs
160 A · 230 V · 8 kg (17.6 lb) · €176
An 8 kg (17.6 lb) three-process inverter with a seven-year manufacturer’s warranty and a German importer with a published address.
Best for: A first MIG where the budget is firm and the machine must still be repairable in five years
20–160 A · 4-in-1 · 6.8 kg (15 lb) · €220
Four processes in a 6.8 kg (15 lb) case, and the only machine here whose lower limit — 20 A — is published as well as its ceiling.
Best for: A small workshop that wants one box for occasional stick, TIG and MIG work
200 A · synergic · gas and gasless · €330
The synergic 200 A inverter that most German workshops end up with, and the cheapest machine here with a genuinely adjustable inductance.
Best for: A first serious MIG that will still be adequate after two years of use
Gasless · 7.5 kg (16.5 lb) · D100 spools · €140
Seven and a half kilos, a set of tips and a reel of wire in the box — the machine you take to the work rather than the other way round.
Best for: Repairs away from the bench — gates, trailers, a bracket on a machine that cannot be moved
135 A · gasless · 60% duty cycle stated · €110
The cheapest machine on this page, and — unusually for the price — one that publishes a duty cycle figure at all.
Best for: A first machine for someone finding out whether they enjoy welding at all
200 A · gas and gasless · 3-in-1 · €160
A 200 A synergic machine at €160, sold under a brand with no service address — cheap for a reason we state plainly.
Best for: A one-off job where the machine only has to survive the project
160 A · gasless only · 3-in-1 · €200
A gasless-only machine, on purpose: no bottle, no regulator, no shielding to be blown away — for people who weld outdoors.
Best for: Gates, trailers, fence posts and anything welded where you cannot close a door
200 A · gasless · sold as a set · €200
A gasless 200 A set from a German seller — verified in Germany, and nowhere else, because the listing publishes no EAN.
Best for: Outdoor repair work in Germany, where the machine can be bought and returned locally
10
200 A AC/DC · fully digital · 7-year warranty · €570
The top of this page: a fully digital 200 A AC/DC machine with stick as well, and seven years behind it.
Best for: Regular aluminum and stainless work, where the machine has to be right rather than adequate
180 A AC/DC · 32-bit control · 7-year warranty · €380
A fully digital AC/DC machine with adjustable pulse, from an importer that publishes an address and a seven-year term.
Best for: Someone who wants aluminum capability and an importer who answers letters
200 A AC/DC · AC frequency 20–100 Hz · spot 0.01–9.99 s · €459
The first machine on this page that publishes its AC frequency range and pulse frequencies — the controls aluminum actually needs.
Best for: Aluminum work where the arc has to be steered, not just switched on
200 A AC/DC · HF start · 12.7 kg (28 lb) · €300
The cheapest AC/DC machine here, which is to say the cheapest one that can weld aluminum at all.
Best for: A first AC/DC machine, bought because aluminum is somewhere in the plan
200 A DC · long and short pulse · not for aluminum · €440
A DC machine at an AC/DC price, which only makes sense once you read what its two pulse modes do.
Best for: Stainless fabrication, where AC is useless and pulse control is everything
200 A · AC/DC with pulse in both · six modes · €383
Six modes on one dial, and the only machine here whose reference is live on all six markets.
Best for: A reader outside Germany who wants AC pulse and a link that resolves locally
≈ $370
10–200 A TIG · 10–170 A MMA · 9.5 kg (20.9 lb) · €460
The only machine here that publishes a current range starting at 10 A — and the lightest AC/DC on the page at 9.5 kg (20.9 lb).
Best for: Thin stainless and aluminum, and anyone who has to carry the machine upstairs
200 A DC · HF and lift start · spot mode · €300
A DC machine that offers both start methods, which is rarer than it sounds — and a spot mode for tacking thin sheet.
Best for: Repair work where the job dictates the start method rather than the machine
140 A DC · lift start · no HF · €128
The cheapest way into TIG, and the one machine here that starts without high frequency — which is a feature, not only a saving.
Best for: Finding out whether you like TIG before spending €400 on one
200 A DC · 100% duty cycle at 155 A · €270
The only machine on this page that publishes a 100% duty cycle figure — 155 A, all day, with a number attached.
Best for: Long stainless seams where the machine must not stop before you do
200 A · MMA and DC TIG · helmet included · €353
Sold as a complete kit with an auto-darkening helmet — which is how a first welder should be sold, and almost never is.
Best for: A first purchase where you want to open one box and start, with nothing else to order
200 A · 230 V · rutile, basic, stainless, cast iron to Ø 4 mm (0.16 in) · €263
The only machine in this batch live on all six markets, and the only one that names the electrode types it is built for.
Best for: Someone who welds cast iron or runs basic electrodes and wants the machine to cope
≈ $405
10–200 A · pulse on stick as well as TIG · €260
Pulse on a stick machine is rare and it has one specific use: keeping thin metal from blowing through.
Best for: Repairs on thin or rusted sheet where a steady arc would cut straight through
160 A · digital · 7-year warranty · €106
Less current than everything around it, and the only stick machine here with a seven-year term and an address.
Best for: A machine you expect to still own in five years
250 A · electrodes to Ø 4 mm (0.16 in) · 8 m (26 ft) leads · €100
Two hundred and fifty amps and eight-meter leads for €100 — the reach matters more than the amperage.
Best for: Working away from the socket: gates, fences, machinery in a field
200 A · single-board IGBT · TIG-ready with an optional torch · €100
A plain stick machine that becomes a DC TIG set when you add a torch — which is the cheapest route into TIG on this site.
Best for: Someone who wants stick now and may want TIG later without buying twice
200 A · suggests a current for the thickness · arc force · €140
The only machine here that tells you what current to use — it reads out a recommendation for material up to 10 mm (0.39 in).
Best for: A beginner who would otherwise spend the first evening guessing at settings
200 A · LED display · hot start · €95
The plainer sibling of the 250 A machine: same maker, same simplicity, a little less of everything.
Best for: A spare machine, or a first one where nothing beyond striking an arc matters yet
200 A · hot start · overheat protection · €90
Ninety dollars for a 200 A stick inverter — the cheapest way to weld outdoors on steel you have not cleaned.
Best for: Outdoor repairs on rusty, painted or galvanized steel, at the lowest possible entry price
20–100 A · 400 V three phase · 45 mm (1.77 in) severance · €949
Three-phase, 45 mm (1.77 in), and the machine on this page most likely to be stopped by your electrical supply rather than by its own limits.
Best for: A workshop with a three-phase supply and plate that defeats everything else
70 A · PT-80 torch, 5 m (16 ft) · 25 mm (0.98 in) · €522
Sold as a working set — a 5 m (16 ft) torch, earth lead, shield and hammer — with a seven-year warranty behind it.
Best for: A workshop that wants one box, standard consumables and somewhere to send it if it fails
15–45 A · 15 mm (0.59 in) steel / 8 mm (0.31 in) stainless / 5 mm (0.20 in) aluminum · €330
The first machine here that publishes its cut thickness for three materials instead of one — which is the whole specification.
Best for: A workshop cutting steel plate and section up to about 10 mm (0.39 in), cleanly
80 A · 25 mm (0.98 in) steel / 15 mm (0.59 in) stainless / 8 mm (0.31 in) aluminum · €750
Adjustable pre- and post-flow together with thicknesses for three materials — the fullest specification on this page.
Best for: Regular cutting in 10 to 18 mm (0.39 to 0.71 in) steel, where the cheaper machines are working at their limit
125 A · 34 mm (1.34 in) · CNC torch and interface · €699
A machine bought to be bolted to a table, not held in a hand — and the cheapest route to a CNC plasma bed here.
Best for: A CNC table build, or a shop cutting plate thicker than any hand machine here manages
60 A · 20 mm (0.79 in) steel / 10 mm (0.39 in) stainless · mesh mode · €500
A dedicated mesh mode, which is the difference between cutting grating and swearing at it.
Best for: Anyone cutting grating, expanded mesh, perforated sheet or old fencing
85 A at 60% duty cycle · pilot ignition · €462
The only plasma cutter on this page that publishes a duty cycle with its current — 85 A at 60%.
Best for: Longer cutting sessions where thermal cut-out has been the previous machine’s habit
50 A · adjustable pre- and post-flow · €173
The cheapest plasma cutter here, and one that lets you set the air timings that decide how long a tip lasts.
Best for: Occasional cutting of thin sheet, where the alternative is an afternoon with a grinder
≈ $185
65 A · non-contact pilot arc · €220
A pilot arc at €220 — which is what lets you cut rust, paint and expanded mesh instead of only clean plate.
Best for: Scrapping, dismantling and bodywork — material that is never clean
≈ $230
40 A · air filter unit included · 25 mm (0.98 in) severance · €520
The only machine here that ships with the air treatment unit — the part everyone else leaves you to discover.
Best for: A first plasma cutter, bought by someone who does not yet know that air quality is the whole game
120 V · built-in compressor · 27 lb · inverter · pre-set pressure
A plasma cutter with its own compressor inside — no bottle, no hose, no water trap — and a listing that publishes neither a cut thickness nor an amperage.
Best for: Cutting thin steel anywhere there is a socket, with nothing else to carry
≈ $1085
2,000 W · brake stops in 3.5 s · anti-kickback · brushless · €279
The only machine here that publishes how long its brake takes — 3.5 seconds — instead of just claiming to have one.
Best for: Someone using a grinder for hours a day, who wants the disc stopped before the tool is set down
1,900 W · anti-restart · AFT stops the motor on a jam · €207
The machine that cuts its own motor when the disc jams — which is the moment a grinder throws itself out of your hands.
Best for: Daily cutting and grinding, where the jam that throws the tool is a question of when
1,400 W · constant electronic · soft start · €100
The same 1,400 W as the Metabo beside it, with a soft start it does not have and a quick-change nut it does.
Best for: Steady, heavy grinding where the machine runs for minutes at a time
720 W · 176 mm (6.93 in) grip · flat gear head · €46
The cheapest professional-line grinder here, bought for its 176 mm (6.93 in) grip and its flat head rather than its power.
Best for: Light dressing, deburring and short cuts, where the tool is picked up and put down all day
800 W · restart protection · soft start · €70
The cheapest machine here with restart protection — the feature that stops a grinder starting by itself.
Best for: Anyone who leaves tools plugged in — which is everyone, eventually
1,400 W · 2,800–11,000 rpm · €146
Full power and a full speed range in one machine — the combination the cheaper grinders make you choose between.
Best for: One grinder for a workshop that cuts steel, dresses stainless and occasionally polishes
900 W · 2,800–11,000 rpm · speed preselection · €61
Variable speed at €61 — which matters because stainless, paint and thin sheet all want a slower disc than steel.
Best for: Mixed work — stainless, painted steel, thin sheet — where full speed is the wrong answer
840 W · labyrinth seal · slim body · €77
Bought for the labyrinth seal — the detail that decides whether a grinder survives a year of grinding its own dust.
Best for: Dusty work — masonry-adjacent grinding, rust removal, foundry and farm repair
1,100 W · anti-rotation guard · €64
A guard that cannot spin round under load — a small detail that stops sparks arriving where your face is.
Best for: Steady cutting and grinding in the workshop, where the tool stays on the bench between jobs
1,400 W · tool-free disc change · constant speed under load · €89
A disc change without a wrench, and electronics that hold the speed when the cut gets deep.
Best for: A workshop that changes between cutting and flap discs a dozen times a day
600 W induction motor · 200 mm (7.87 in) · 3,600 rpm · €208
An induction motor and sealed bearings in a die-cast housing — the machine built to run rather than to be bought.
Best for: Daily workshop use, where the machine runs every day and nobody wants to think about it
Wet 200 mm (7.87 in) + dry 150 mm (5.91 in) · stainless tank · 250 W · €122
A wet wheel running through water, which is the only way to sharpen a thin edge without risking the temper.
Best for: Sharpening chisels, plane irons, turning tools and knives without blueing them
200 mm (7.87 in) wheels · 400 W peak · swivelling LED · €93
The step up to 200 mm (7.87 in) wheels, which grind flatter and stay cool longer than 150 mm (5.91 in) ones.
Best for: Sharpening and shaping where a flat, cool grind matters more than portability
≈ $300
250 W · 2,980 rpm · 36 and 60 grit wheels · €40
Forty dollars, and the two wheels it arrives with are the first thing you should plan to replace.
Best for: Deburring, dressing bolt ends and rough shaping — not sharpening chisels
350 W (S6) · brush wheel included · €66
A wire brush wheel on one side, which turns the machine into the fastest way to take rust off small parts.
Best for: Restoration and repair work where everything arrives rusty
≈ $200
150 mm (5.91 in) wheels · deburring, derusting, resharpening · €46
The plain version of a machine sold in three sizes — buy it knowing what the extra €20 adds.
Best for: An occasional bench grinder where the price is the deciding factor
≈ $160
400 W · cast iron base · LED work lights · €72
A grey cast iron base and lights over both wheels — mass and visibility, which is most of what a bench grinder needs.
Best for: A permanent bench installation, bolted down and used for both shaping and sharpening
≈ $190
2,200 W · 355 mm (14 in) TCT cold cut · mitre ±46° · €880
A carbide blade instead of an abrasive disc: no sparks, no burr, and an end you can weld without dressing.
Best for: Daily fabrication where every cut would otherwise be dressed by hand
2,200 W · 355 mm (14 in) · €341
A site machine from a brand with a spares chain — and a listing that publishes almost nothing else.
Best for: A contractor who needs the machine repaired locally rather than replaced
2,300 W · 355 mm (14 in) · mitre −15° to 45° · €120
The cheapest way to cut steel section square, and the loudest tool in this batch by a distance.
Best for: Cutting stock to length in a workshop where the noise is nobody else’s problem
355 mm (14 in) · quick-clamp vice · mitre −15° to 45° · €180
A quick-clamp vice with continuous mitre adjustment — the vice is what decides whether the cut is square.
Best for: Repeated cuts on tube and box section, where a slipping vice ruins the angle
Portable mitre band saw · variable speed · 0–60° swivel · €620
A transportable mitre band saw with a stepless speed control — precision without a factory floor.
Best for: Accurate mitres in solid bar, in a workshop that cannot house a full-size saw
Cast body · coolant system · stand included · €724
Coolant plumbed in and a cast frame — the two things that separate a workshop saw from a hobby one.
Best for: Cutting the same length twenty times, accurately, without buying bands every month
400 W · 38–80 m (125 to 262 ft)/min variable · 0–60° mitre · €329
Variable band speed and ball-bearing guides — the two things that decide whether a band saw cuts straight.
Best for: A workshop cutting both steel and aluminum, where one speed would be wrong for one of them
≈ $845
540 W · horizontal and vertical · single phase · €396
A saw that works both ways — horizontal for cutting bar to length, vertical for following a line.
Best for: A one-machine workshop that cuts bar to length and occasionally needs to follow a curve
1,000 W · vertical · cast aluminum body · €349
A vertical band saw — you move the work past the blade, which is a different tool from the horizontal ones here.
Best for: Cutting shapes out of plate, and trimming rather than sizing bar stock
1,100 W · removable table, mobile or bench · €158
A band saw you can lift off its table and carry to the work — rare in a category built around mass.
Best for: Cutting fixed structures in place — handrail, frame, pipework already installed
750 W induction motor · tilting, swivelling table · €370
An induction motor and a table that tilts and swivels — the pillar drill you buy to stop thinking about it.
Best for: A workshop where the drill press runs daily and angled work is routine
≈ $975
710 W · 13 mm (0.51 in) in steel · 90 mm (3.54 in) quill travel · €250
Ninety millimeters of quill travel — nearly twice the entry machines, and the figure that decides deep holes.
Best for: Deep holes in solid stock, and anyone tired of repositioning halfway down
500 W · 5 speeds · 50 mm (1.97 in) quill travel · vice included · €99
Ninety-nine euros with a vice in the box — and the quill travel, 50 mm (1.97 in), is the number that limits it.
Best for: Accurate holes in plate and section up to about 40 mm (1.57 in) thick
550 W · 440–2,580 rpm stepless · €228
Stepless speed from 440 rpm — no belt to move, and a bottom end low enough for a 20 mm (0.79 in) bit.
Best for: Mixed-material work where the speed changes several times an hour
800 W · cross-line laser · digital speed control · €240
A cross-line laser to position the hole and a digital speed readout — the setting stops being a guess.
Best for: Repetitive hole positions where alignment by eye costs time
450 W · 600–2,650 rpm in 5 steps · 50 mm (1.97 in) depth · €115
A published speed range starting at 600 rpm — low enough for large bits in steel, which many small presses are not.
Best for: Drilling steel with bits over 8 mm (0.31 in), where speed matters more than power
1/4 HP induction · 5 speeds 620–3,100 rpm · 10 in swing · laser alignment
A ten-inch bench press with a 620 rpm bottom gear and a laser alignment system — the slowest speed of the two stepped machines on this shelf.
Best for: A bench where the hole has to land where the line says, in steel up to about 10 mm (0.39 in)
≈ $200
1,400 W · 800 rpm fixed · 40 mm (1.57 in) boring · 2,810 lbf magnet · 11 cutters
A magnetic drill with a 40 mm (1.57 in) cutter capacity and one fixed speed of 800 rpm — which is the opposite of what this hub’s buying tip asks for.
Best for: Holes in structural steel plate of 10 mm (0.39 in) or more, where the machine has to go to the work
≈ $175
795 DC motor · 7,000 rpm max · 40 mm (1.57 in) stroke · B10 chuck 0.6–6 mm (0.02 to 0.24 in)
A mini drill press for 0.6 to 6 mm (0.02 to 0.24 in) bits, with a 24 V variable supply and a 40 mm (1.57 in) stroke — the only machine in this hub built for work smaller than a drill chuck normally reaches.
Best for: Circuit boards, model work and small holes in soft material, where a full-size press cannot grip the bit
≈ $80
10 A · 2 speeds · 2 in capacity · 4 in travel · Weldon 3/4 in + 1/2 in chuck
A two-speed magnetic drill with a 2 in cutter capacity and 4 in of travel, with a tool-free change between a Weldon cutter and a keyed chuck.
Best for: Structural steel on site, where the cutter size changes and the speed has to change with it
≈ $1000
6.2 A · 580–3,100 rpm stepless · 5/8 in chuck · MT2 taper · 85 lb
The slowest and heaviest bench press in the American half of this hub — 580 rpm, 85 pounds and a stepless speed dial with a digital readout.
Best for: Drilling up to 5/8 in in steel on a bench, where the speed has to be set rather than selected
≈ $265
2.3 A induction · 5 speeds 750–3,200 rpm · 8 in swing · 2 in travel
A cast iron eight-inch bench press whose slowest speed is 750 rpm — right at the limit this hub’s buying tip warns about.
Best for: Small holes in steel and general bench work, where the machine has to be short enough to live under a shelf
≈ $88
Up to 250 mm (9.84 in) workpiece length · thread cutting · steel, brass, aluminum · €1,154
A precision lathe that cuts threads — the operation that separates a lathe from a machine that turns things round.
Best for: Precision work where you need to make a thread rather than buy one
220 × 600 mm (8.66 × 23.6 in) · 750 W brushless · 125 mm (4.92 in) three-jaw chuck · €1,206
The largest capacity here — 600 mm (23.6 in) between centers — with a brushless motor and stepless speed.
Best for: Repair work on shafts and long parts, where capacity decides what you can take on
180 × 360 mm (7.09 × 14.2 in) · HT200 cast iron · four speed ranges · €718
Cast iron rather than folded steel, and four gear ranges — mass and torque, which is what a small lathe lacks.
Best for: A first real metal lathe, where 360 mm (14.2 in) between centers covers most repair work
Two-step belt drive + electronic speed · facing, turning, boring · €529
A precision lathe small enough for a bench corner — and the cheapest way into turning that is not a toy.
Best for: Small parts, bushes, spacers and modelmaking, on a bench that also does other things
12 V DC · lathe and mill in one · tool-height shims · soft metals only
A 12-volt combination mini lathe and mill that supplies shims to set the tool height — the one adjustment that decides whether a small lathe cuts or rubs.
Best for: Teaching turning and milling on one machine, in wood, plastic and pure copper or aluminum
≈ $235
36 W · 20,000 rpm motor · 3,000 rpm spindle · 0.1 mm (0.004 in)/division
The 36-watt version of the XENDOLL desktop mill, with the same spindle speed, the same handle scale and the same bullets as the 24-watt one.
Best for: The same model and STEM work as the 24 W machine, with half again the motor
≈ $200
7 in swing · 14 in centers · 2,500 rpm variable · reversible · DRO
The only real metal lathe in the American half of this hub — 7 by 14 inches, variable to 2,500 rpm, reversible for left-hand threads, with a digital readout and a cutter kit.
Best for: Turning steel parts on a bench, where the tooling has to come with the machine
≈ $510
24 W · 20,000 rpm motor · 3,000 rpm spindle · 0.1 mm (0.004 in)/division
A 24-watt desktop mill for wood, plastic and soft metal, with a 0.1 mm (0.004 in) handle scale — the cheapest machine in this hub and the smallest increment it can be set to.
Best for: Model work and teaching, on wood, plastic and pure copper or aluminum
≈ $170
1300 W brushless · 50–2,250 rpm · R8 in the title, MT3-ER32 in the specs · 118 kg (260.1 lb)
The same mill-drill as its stablemate, with 1300 watts instead of 1.5 horsepower — and a spindle standard its own title and its own specification cannot agree on.
Best for: The same work as the R8 machine on this shelf, once the seller has confirmed which spindle ships
≈ $2230
12 V DC · belt drive · all-metal body · integrated vice
A 12-volt mini drilling and milling machine with a belt drive and no plastic in the body — and a listing that publishes not one dimension or speed.
Best for: The same model work as its twin, if the price is lower on the day
≈ $200
1.5 HP brushless · 50–2,250 rpm · R8 spindle · 18.9 in X · 13.8 in to table
A benchtop mill-drill that names its tooling standard plainly — an R8 spindle — and publishes the travels and the clearance that go with it.
Best for: A workshop buying into R8 tooling on purpose, with a bench strong enough to carry it
≈ $2190
600 W brushless · 50–1,125 / 100–2,250 rpm · head tilts 45° · LCD depth and speed
A benchtop mill-drill with two speed ranges, overload protection and an LCD showing both spindle speed and drilling depth in inches or millimeters.
Best for: A bench where the depth of cut has to be read rather than counted on a dial
≈ $1875
24 W · spindle jump < 0.1 mm (0.004 in) · X 45 mm (1.77 in), Y/Z 35 mm (1.38 in) · 0.05 mm (0.002 in)/division · 3.5 kg (7.7 lb)
The only machine in this hub, either half, that publishes a spindle runout figure — and it publishes eleven other specifications alongside it.
Best for: Precision model work, where the resolution of the handles and the runout of the spindle are the whole question
≈ $210
1,000 mm (39.4 in) working width · bends to 135° · shear included · €370
A meter-wide folder with a shear on the same frame — bending and cutting in one machine.
Best for: Making boxes, trays, brackets and flashings from sheet, start to finish
500 mm (19.7 in) blade · bench-fixed · 1.5 mm (0.06 in) test cut · €189
Half a meter of blade — the first machine here that cuts a panel edge in one stroke.
Best for: Panel work: cutting sheet to size cleanly, in one pull
200 mm (7.87 in) blade · manual lever · €95
Nineteen euros more than the 125 mm (4.92 in) for a blade three-quarters longer — the better buy of the pair.
Best for: General workshop sheet trimming where the pieces are hand-sized
100 mm (3.94 in) curved blade · straight and curved cuts · €176
A curved blade, which is what lets a shear follow a radius instead of only a straight line.
Best for: Cutting discs, radii and shaped pieces from sheet without a nibbler
125 mm (4.92 in) blade · manual lever · €76
Seventy-six euros to stop cutting sheet with a grinder — no sparks, no distortion, no dressing.
Best for: Trimming small pieces of sheet and strip, cleanly, without setting up a machine
20 coupons · 2 × 4 in · 11 GA / 3.05 mm (0.12 in) mild steel
Twenty pieces of 3 mm (0.12 in) mild steel cut to the same size — the cheapest way to learn a weld without ruining the thing you meant to make.
Best for: Learning a process, setting a machine, or proving a parameter before it touches real work
≈ $30
A36 cold rolled · 16 GA / 1.52 mm (0.06 in) · 36 × 24 in · made in USA
A named steel grade at a published thickness, in a sheet big enough to cut a bracket from — and the only item in this hub that states what the metal actually is.
Best for: Brackets, repair plates and shop fixtures, where the grade and the gauge both have to be known
≈ $60
61 dB · 250 l/min intake, 130 l/min delivered · 50 L · 10 bar · €308
The only compressor here that publishes intake AND delivery — and it is the quietest at 61 dB.
Best for: A workshop where the compressor runs near people and the numbers have to be trustworthy
2,200 W · twin cylinder · 412 l/min intake · 50 L · €250
A twin-cylinder pump, which is what puts real air behind continuous tools.
Best for: A workshop that has outgrown intermittent tools and wants to run air continuously
69 dB · oil-free · 10 bar · full copper windings · €250
Sixty-nine decibels — quiet enough to hold a conversation next to, which no other compressor here is.
Best for: A workshop attached to a house, or any space where a normal compressor is intolerable
1,500 W · 50 L · 240 l/min intake · oil-free · €179
Oil-free and upright: nothing to check, nothing to spill, and it can be carried on its side.
Best for: A compressor that moves between garage, driveway and site
≈ $530
1.5 kW · 50 L · 220 l/min intake · 10 bar · €150
The cheapest 50 liter machine here — and its 220 l/min is intake, not what reaches the tool.
Best for: Impact wrenches, blow guns, tire work and short bursts of spraying
≈ $790
2 hp · 50 L · 113 l/min at 6.2 bar · oil-free · €183
The only compressor here that publishes its output AT a pressure — 113 l/min at 6.2 bar.
Best for: Anyone comparing machines properly, who wants a number that means something
80 gal ASME · 5 HP 230 V · 18.4/17.2/16.4 CFM at 40/90/175 PSI · 15,000 h
A two-stage commercial compressor that publishes its delivery at three pressures — which is exactly what this hub’s buying tip asks for and almost nothing on the market does.
Best for: A workshop running a plasma cutter, a blast cabinet or air tools continuously, with a 230 V single-phase supply
≈ $3470
6 gal · 1.0 HP · 150 PSI max · 2.6 SCFM at 90 PSI · 30.8 lb
A six-gallon pancake that publishes what the hub asks for — 2.6 SCFM at 90 PSI — and its own weight at 30.8 lb.
Best for: Nail guns, tires and intermittent air work in a garage, where portability matters more than volume
≈ $160
2 gal · 1/3 HP · 125 PSI max · 10-piece accessory kit · no CFM published
A two-gallon oil-free portable whose listing is a single bullet — the accessory list — with no air delivery figure anywhere on the page.
Best for: Tires, blowing down a workbench and a staple gun — not for any air tool that runs continuously
≈ $140
30 gal · 14 CFM at 90 PSI · 175 PSI · 5,000 W · 200 A welder · Honda GX390
A petrol-engined machine that is a 14 CFM compressor, a 5,000 W generator and a 180 A DC stick welder at once — for a truck bed with no mains supply.
Best for: Site and roadside work with no electricity, where one engine has to do three jobs
≈ $6800
50 × 28 × 47 in · 900D polyester · triple-layer laminate · sealed seams
A tailored waterproof cover for a fixed compressor, published with its dimensions and its fabric weight — the only air-system accessory in this hub that publishes either.
Best for: A compressor standing in an unheated workshop, a lean-to or a yard, where rust is the real enemy
≈ $100
Prices quoted in these summaries are dated readings. The live price is shown next to each product.
