The Logic of a Hand-Tool Kit
Machine-based workshops handle stock removal quickly, but the final stages of furniture making — fitting joints, smoothing surfaces, trimming small parts to final dimension — are routinely done by hand even in production shops. A focused hand-tool kit is therefore useful regardless of whether the workshop contains power tools or not.
The tools described here represent a functional starting set. They can be acquired incrementally, and secondhand examples in good condition are widely available in Poland through antique markets, online classifieds and estate sales.
Most hand tools found secondhand in Poland date from the communist-era period and were manufactured by factories such as Radom or Poznań-based toolmakers. The steel quality of these tools is variable but generally adequate; the main work is in flattening the backs of blades and setting up the geometry correctly.
Measuring and Layout
Marking Gauge
A marking gauge scribes a line parallel to an edge. The most common type uses a pin, but a cutting gauge — which severs fibres rather than ploughing through them — produces a cleaner reference line for joinery work. The line left by a cutting gauge can serve as the shoulder of a mortise or the baseline of a dovetail.
A mortise gauge has two pins whose spacing can be set to match a chisel width, allowing both walls of a mortise to be scribed simultaneously.
Marking Knife
Sawing and chiselling to a knife line rather than a pencil line produces tighter joints. The knife severs the surface fibres, preventing tearout at the edge and giving the chisel a mechanical registration point. A single-bevel knife (flat on one side, bevel on the other) is easiest to control for most joinery layout work.
Square and Sliding Bevel
A reliable try square is the most-used layout tool in the workshop. It is worth checking any square for accuracy before relying on it: scribe a line on a board, flip the square, and check whether the line and the square align. Even moderate inaccuracy compounds across multiple joints.
A sliding bevel stores an angle and transfers it — useful for compound chair legs, angled tenons and any work where the geometry is not at ninety degrees.
Planes
Jack Plane (No. 5 or equivalent)
The jack plane is the primary stock-removal tool. Set with a slightly cambered iron (curved across the width), it removes material quickly without the need for heavy pressure. A cambered iron leaves scalloped tracks that are removed by a smoother; for rough dimensioning this is entirely acceptable. Most hand-tool woodworkers keep a jack plane set for aggressive use with a blade sharpened to around 25 degrees.
Try or Jointing Plane (No. 7 or No. 8)
The longer sole of a jointing plane bridges low spots and rides over high ones, progressively flattening a surface or truing an edge. It is the correct tool for preparing glue-joint edges: the length ensures straightness across the full board. Shorter planes follow the existing contour rather than correcting it.
Smoothing Plane (No. 4 or No. 4½)
The smoother is the final hand-planing step before finishing. A finely set, sharp iron at a slightly higher bed angle — 45 to 50 degrees is standard, though some smoothers bed at 50 degrees for difficult grain — leaves a surface that requires no sanding. The resulting surface reflects light evenly and accepts penetrating finishes more uniformly than a sanded surface.
Block Plane
A low-angle block plane (with the bevel facing up) is useful for end grain and small trimming tasks. It fits in one hand and is the tool to reach for when fitting a joint or trimming a tenon shoulder by small amounts.
Chisels
A set of four bench chisels — 6 mm, 12 mm, 19 mm and 25 mm — covers the majority of furniture joinery work. The blade geometry matters: bench chisels have a relatively flat back that must be flattened on a sharpening stone before the chisel can be used accurately. This is the first task with any new chisel, regardless of how it is described by the manufacturer.
| Chisel width | Primary use |
|---|---|
| 6 mm | Narrow mortises, cleaning corners |
| 12 mm | Standard mortises, paring joints |
| 19 mm | Dovetail waste removal, wide paring |
| 25 mm | Wide paring, housing joints |
Saws
Rip Saw and Crosscut Saw
Western-style handsaws are available in Poland through hardware stores and online suppliers. A rip saw cuts parallel to the grain; a crosscut saw cuts across it. The tooth geometry differs: rip teeth are filed straight across (like chisels) while crosscut teeth are filed at an angle (like knives). Using the wrong saw for the direction of cut is slower and produces a rougher surface.
Tenon Saw and Dovetail Saw
Back saws — reinforced along the top edge with a folded strip of brass or steel — are rigid enough for accurate joinery cuts. A tenon saw (approximately 300–350 mm blade) cuts tenon shoulders and cheeks. A finer dovetail saw handles the angled cuts of dovetail joints. Both require a shooting board or bench hook for controlled use.
Sharpening
Hand tools produce good results only when sharp. A plane iron or chisel that requires measurable force to cut through wood is dull. The sharpening system does not need to be expensive: a coarse waterstone (around 400 grit) for repair and re-shaping, a medium stone (1000 grit) for establishing the bevel, and a fine stone (4000–6000 grit) for the working edge is a functional setup. A leather strop charged with honing compound maintains the edge between full sharpenings.
The back of every blade must be flat — not hollow-ground, not convex. This is a one-time task for each new tool and takes ten to twenty minutes on a coarse stone. Once flat, only the cutting bevel needs attention in routine sharpening.
The Lie-Nielsen sharpening guide describes the fundamental geometry in detail; the principles apply regardless of which tools are being sharpened.
