Drilling
Three things ruin drill bits in steel: too much speed, too little pressure and no cutting fluid. All three are free to fix, and none of them is about the machine — but the machine sets the limits, and the two figures to check are the lowest speed and the quill travel.
Three things ruin drill bits in steel: too much speed, too little pressure and no cutting fluid. All three are free to fix, and none of them is about the machine — but the machine sets the limits, and the two figures to check are the lowest speed and the quill travel.
Bolt holes in flat bar or section. Moderate speed, a little lubricant, and a depth stop so you don’t drill the bench as well.
Beyond sixteen millimeters, a pilot hole or an annular cutter beats a solid drill, which asks for torque few shop machines have.
The pillar drill acts as a squareness guide, motor disengaged or at its lowest speed. It is being out of square that breaks taps, not the force applied.
Low speed, firm continuous pressure. It is letting the chip stop that work-hardens the surface and makes the hole impossible to finish.
| What you drill | Speed | What you need |
|---|---|---|
| Mild steel, small diameter | Fast | Ordinary HSS bit, light lubricant |
| Mild steel, large diameter | Slow | Pilot hole or annular cutter, serious clamping |
| Stainless | Slow | Cobalt bit, steady pressure, cutting oil |
| Hardened steel | Very slow | Coated or carbide bit, a rigid machine |
A pillar drill wears little and drifts out of adjustment a lot. Most bad holes come from a setting or a grind, not from a tired component.
The main danger is not the bit: it is the workpiece starting to turn with it.
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
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
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
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
Roughly 500 to 700 rpm for mild steel, and lower for stainless. The principle is that cutting speed at the rim rises with diameter, so a bigger bit must turn slower to keep the edge below the temperature at which it loses hardness. A press whose slowest setting is 1,000 rpm cannot drill large holes in steel without destroying bits.
Because it sets how deep a hole you can drill without repositioning the work — and repositioning is exactly what a drill press exists to avoid. Fifty millimeters covers plate and box section; 90 mm (3.54 in) covers most solid bar. It is the specification most listings omit.
Beyond a certain diameter, yes: the web of the drill does not cut, it crushes. A pilot hole at web diameter cuts the effort sharply and improves centering. Below that it wastes time and adds nothing.
HSS is enough for mild steel. Cobalt starts to earn its place on stainless and alloy steels, where heat is the problem. Carbide is for hard materials and needs a rigid machine: on a flexible pillar drill it chips.
For small diameters and assembly work, yes. Beyond that the difficulty is not power but squareness and torque reaction: that is where a pillar drill or a magnetic drill becomes necessary.
Almost always because it is turning too fast and no longer biting: the edge has overheated, rounded off and is now rubbing. Pressing on achieves nothing; regrind or replace, and come down in speed.
Cutting oil is better, but ordinary mineral oil beats nothing at all on steel. Avoid water on its own, which does not lubricate, and use nothing on cast iron, which is drilled dry.
By supporting it across its whole area — a piece of scrap wood underneath — and easing the pressure as the bit breaks through. It is at breakthrough that sheet lifts and tears, not on the way down.
For work that: Deep holes in solid stock, and anyone tired of repositioning halfway down
Where it is best: 90 mm (3.54 in) of travel, against 50 mm (1.97 in) on the entry machines
Where it is worst: €250 for 710 W — you are buying travel and electronics
For work that: Mixed-material work where the speed changes several times an hour
Where it is best: Stepless speed control — no belt changes, and any speed in the range
Where it is worst: €228, more than twice the entry machines
For work that: A workshop where the drill press runs daily and angled work is routine
Where it is best: An induction motor: quiet, brushless, and it holds speed under load
Where it is worst: €370 — the most expensive of the European drill presses here
For work that: Repetitive hole positions where alignment by eye costs time
Where it is best: 800 W, the most powerful bench press in this batch
Where it is worst: A laser is an aid, not a substitute for a center punch
For work that: Drilling steel with bits over 8 mm (0.31 in), where speed matters more than power
Where it is best: 600 rpm bottom speed, which is what large bits in steel need
Where it is worst: 450 W is the least powerful press here
$175 – $265
3 models
$975 – $1 000
2 models
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.
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.
