Cutting
Four tools cut steel to length, and they differ in every dimension except the result. Speed, noise, edge quality and the cost of consumables all pull in different directions, and the right answer depends on what happens to the cut end afterwards.
Four tools cut steel to length, and they differ in every dimension except the result. Speed, noise, edge quality and the cost of consumables all pull in different directions, and the right answer depends on what happens to the cut end afterwards.
Squareness decides everything: one degree of error repeated over four cuts turns into slop at assembly. Bandsaw and cold saw hold the angle; the grinder does not.
This is where the quoted capacity misleads: makers publish capacity at ninety degrees, and it drops noticeably at forty-five.
None of these machines is meant for panel work: that belongs to shears, a nibbler or plasma. A chop saw on sheet distorts more than it cuts.
On metal that is already installed, an angle grinder with a thin cutting disc is the only workable option.
| Machine | What it does well | What it costs in use |
|---|---|---|
| Abrasive chop saw | Fast cuts in tube and section | Discs consumed, noise, a shower of sparks |
| Metal bandsaw | Repeatable squareness, clean cut | Blades to replace, slow cutting |
| Cold saw | A finish that often needs nothing further | Expensive blade, but a long-lived one |
| Angle grinder | Access anywhere, cutting in place | Low precision, many discs |
Cut quality always degrades before the machine does. A cut that wanders, blues or turns noisy points to a worn blade, a loose vice or a guide out of adjustment — rarely a fault. No blade life can be quoted: it depends on the metal, the speed and the clamping.
Cutting metal throws incandescent particles several meters and produces noise that reaches harmful levels over short periods.
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
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
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
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
Abrasive is cheap, fast, loud and leaves a hot, blued, burred edge. Cold cut uses a carbide blade turning slowly, cuts cool and square, and costs four to seven times as much. If every cut is followed by a minute of dressing with a flap disc, count that minute across a year before deciding.
Between the two: slower than either chop saw, quieter than both, with almost no material wasted and an edge that needs no dressing. It is the machine for a workshop where noise matters and the work is not urgent — and the only one of the three you can leave cutting while you do something else.
Yes, provided you change consumable and speed. Discs and blades meant for carbon steel contaminate stainless; you need consumables marked iron-free, kept for that job, and a slower speed so the cut does not work-harden.
On metal, yes: lubrication carries the heat away and extends blade life, and some machines have flood coolant built in. Dry cutting stays possible on small sections, at the cost of a blade that tires faster.
Three causes cover almost every case: a blade or disc at the end of its life, a vice that lets the work twist, or a guide out of adjustment. Check in that order before blaming the machine.
No. The rotation speed, the direction of the forces and the absence of a guard built for sparks make it a dangerous set-up, even with a blade sold for metal. These machines do not share the same regimes.
No honest figure can be given: it depends on the section, the metal, the pressure and the machine. What you watch is the remaining diameter and how cleanly it still cuts, not a counter.
Yes, as soon as the part will be handled, painted or welded. A burr cuts, prevents a proper fit, and traps moisture under paint. It is two seconds with a file, and it saves reworking later.
For work that: Cutting stock to length in a workshop where the noise is nobody else’s problem
Where it is best: €120 for a machine that cuts 50 mm (1.97 in) box section in one pull
Where it is worst: Abrasive cutting: sparks, noise and a burr on every cut
For work that: Repeated cuts on tube and box section, where a slipping vice ruins the angle
Where it is best: The vice adjusts continuously rather than in steps, so odd sections still clamp tight
Where it is worst: €60 more than the Güde for a similar cutting principle
For work that: Daily fabrication where every cut would otherwise be dressed by hand
Where it is best: Cold cutting: the offcut is cool enough to hold and the edge needs no dressing
Where it is worst: €880, seven times the abrasive machines above it
For work that: A workshop cutting both steel and aluminum, where one speed would be wrong for one of them
Where it is best: Variable band speed: steel wants slow, aluminum wants fast, and one setting cannot do both
Where it is worst: 400 W is modest — this is a saw that takes its time
For work that: Accurate mitres in solid bar, in a workshop that cannot house a full-size saw
Where it is best: Stepless speed adjustment, not two or three fixed steps
Where it is worst: €620, and it remains a small-capacity machine
Tips, nozzles, wire and gas from the same aisle, at the price we read. Confirm they suit the machine you choose before ordering: it turns on the torch and the part number, which the product page gives.
Welder against welder, where the comparison is already written up.
The welders here are taken from the catalog of this site. Specifications come from the maker and from the Amazon product page; prices are what Keepa reported for the date shown, and both move. The order rests on declared specifications, on stated strengths against stated limits, and on price. No machine here has struck an arc in our hands, and nothing on this page pretends it has.
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Prices quoted in these summaries are dated readings. The live price is shown next to each product.
Welders and plasma cutters swing by a hundred dollars or more across the year, and the biggest "discounts" often land at prices the same model sold for six weeks earlier. UniverTrack tracks the real price history across retailers, spots fake reductions, and alerts you when it is genuinely the moment to buy.
