Disclosure

Tools for wood turning

Turning is the one woodworking discipline where the tool is stationary and the wood moves, and that changes everything about how a cut works. A gouge presented correctly slices a continuous shaving; the same gouge a few degrees out is grabbed by the work and thrown. All 36 tools here are grouped by spindle work, bowl work, holding and sharpening, because those four are almost separate crafts.

15 are marked essential: enough to turn between centres and enough to keep the edges keen.

Part of the full woodworking tools list, 87 tools in 12 groups.

Spindle turning tools 7

Grain along the axis, cutting along the fibres. Where most people should start.

  • A wood turning roughing gouge with a wide shallow U flute and a long wooden handleEssential

    Roughing gouge

    A wide shallow U for taking a square blank down to a cylinder fast. Only for spindle work: used on a bowl the wide edge catches badly.

  • A wood turning spindle gouge with a shallow flute and a fingernail ground tipEssential

    Spindle gouge

    A shallow flute with a fingernail grind for coves, beads and detail. The shape of the grind is what lets it work into a curve without the wings catching.

  • Skew chiselEssential

    Skew chisel

    A flat blade with an angled edge that plane cuts a cylinder to a finish needing almost no sanding. Also the tool most likely to catch while learning.

  • A wood turning parting tool with a narrow deep diamond section bladeEssential

    Parting tool

    A narrow blade for cutting a groove to depth, sizing a tenon and separating finished work from the waste. Diamond section ones bind less in a deep cut.

  • A wood turning beading and parting tool with a square section steel blade

    Beading and parting tool

    A square section blade that cuts beads and parts, so one tool does two jobs. Simple to sharpen and easy to control, which suits early spindle work.

  • A small wood turning detail gouge with a narrow flute and a fine ground tip

    Detail gouge

    A small spindle gouge for fine work: a narrow cove, a tiny bead, the neck of a finial. Where a full sized gouge simply will not fit the shape.

  • Starter tool set: A set of six wood turning tools with long wooden handles laid side by side

    Starter tool set

    Five or six tools covering roughing, spindle, skew and parting. Good value if the steel is high speed rather than carbon, which will not hold an edge at speed.

Bowl and hollowing tools 9

Cross grain work, far out over the rest. Thicker shafts because the forces are different.

  • A wood turning bowl gouge with a deep U flute and a thick steel shaftEssential

    Bowl gouge

    A deep flute in a thick shaft, so it resists twisting when working far over the rest. Not a larger spindle gouge, and the two are not interchangeable.

  • Bottom feeder gouge: A wood turning bowl gouge with a steeply ground bevel and a thick shaft

    Bottom feeder gouge

    Ground with a steeper bevel so it can cut across the flat inside bottom of a bowl, where a standard grind loses bevel contact and starts scraping.

  • A wood turning round nose scraper with a thick flat blade

    Round nose scraper

    Refines the inside curve of a bowl where a gouge cannot maintain bevel contact. Presented flat with the handle high and the edge trailing.

  • A wood turning negative rake scraper with a bevel on both faces of the blade

    Negative rake scraper

    Ground with a top bevel as well, which makes it much less likely to catch on a bowl rim. The scraper to use on anything already close to finished.

  • A wood turning hollowing tool with a curved swan neck shaft and a small cutter

    Hollowing tool

    A cutter on a swan neck shaft that reaches inside a vessel through a small opening. Cutting where you cannot see, which is why they have depth stops.

  • A wood turning carbide tipped tool with a square insert cutter on a flat bar

    Carbide tipped tool

    A replaceable carbide cutter on a bar, used flat like a scraper with no sharpening at all. Easier to start with and it leaves a scraped surface.

  • Captured bar system

    Captured bar system

    A hollowing tool held in a frame that resists the twisting force, so deep hollowing does not rely on your wrists. For anything past about 150mm deep.

  • A wood turning depth gauge with a sliding pin and a crossbar

    Depth gauge

    A pin and bar that measures wall thickness or depth you cannot see. Turning through the bottom of a bowl is a specific and common way to lose one.

  • A pair of steel outside callipers beside a pair of double ended callipersEssential

    Callipers

    Outside callipers for matching a diameter, and double ended ones for transferring wall thickness from inside to out without stopping the lathe.

Holding the work 9

Between centres for spindles, a chuck for anything held from one end.

  • Drive centre: A steel four prong wood lathe drive spur centre with a morse taperEssential

    Drive centre

    Fits the headstock and drives the blank with spurs or a friction cone. A safety spur centre slips rather than driving through a catch, which is the point.

  • A steel wood lathe revolving live centre with a pointed tip and a morse taperEssential

    Live centre

    Fits the tailstock on a bearing so it turns with the work rather than burning into it. A dead centre without bearings scorches and eventually seizes.

  • Four jaw chuck: A metal four jaw wood lathe scroll chuck with the jaws partly closedEssential

    Four jaw chuck

    Grips a spigot or expands into a recess, holding work from one end so the other can be hollowed. The usual first serious purchase for bowl turning.

  • Two sets of metal lathe chuck jaws of different sizes

    Chuck jaws

    Sets in different sizes, since a jaw grips properly only near its designed diameter. Jaws opened too far hold on four points and mark the work.

  • A round steel wood lathe faceplate with several mounting screw holes

    Faceplate

    A steel disc the blank is screwed to, which is the most secure hold there is. Screw holes in the work, which the base then has to lose.

  • A cast iron wood lathe tool rest with a straight top edge and a postEssential

    Tool rest

    Set close to the work and just below centre height. Distance from the work is leverage for a catch, so it moves as the shape changes.

  • Curved bowl rest: A curved cast iron wood lathe bowl tool rest with a post

    Curved bowl rest

    A curved rest that follows the inside of a bowl, so the tool overhang stays short all the way round. What makes hollowing a deep bowl controllable.

  • Steady rest

    Steady rest

    Wheels that support a long thin spindle in the middle so it cannot whip. Below about 25mm diameter a long spindle flexes and chatters without one.

  • A turned wooden jam chuck disc with a shallow recess

    Jam chuck

    A shop made wooden mount that holds a finished piece by friction so the base can be turned away. Free, and how a bowl loses its chuck marks.

Sharpening, finishing and safety 11

Turning tools blunt in minutes, and a catch can throw the work. Both groups belong here.

  • A bench grinder with two wheels, guards and a tool restEssential

    Bench grinder

    The sharpening tool for turning, because stones cannot keep up. A slow speed grinder generates less heat, which matters for keeping the temper.

  • CBN wheel: A black CBN grinding wheel with a steel body and a flat abrasive rim

    CBN wheel

    A steel wheel plated with cubic boron nitride. It stays flat and true, cuts cool, and does not need dressing, unlike a friable grey wheel.

  • A metal wood turning tool sharpening jig with an adjustable arm and a tool holderEssential

    Sharpening jig

    Holds the tool at a repeatable angle against the wheel, so a gouge feels identical after every sharpening. Consistency is what makes technique reliable.

  • A diamond grinding wheel dresser tool with a handle

    Wheel dresser

    Trues a conventional grinding wheel and exposes fresh abrasive. A glazed wheel burns the steel instead of cutting it, which ruins an edge.

  • A clear polycarbonate face shield with a headband and a pivoting visorEssential

    Face shield

    A catch can throw the whole workpiece, so this is a face shield rather than safety glasses. Marked essential without qualification.

  • Powered respirator: A powered air purifying respirator helmet with a clear visor and a fan unit

    Powered respirator

    Sanding on a lathe produces the finest dust in woodworking, directed straight at your face. A powered visor combines the shield and the filter.

  • A flexible dust extraction hood on an articulated arm with a hoseEssential

    Dust extraction

    A hood behind the work catching sanding dust before it reaches you. Shavings from a cut are harmless; the dust from sanding is not.

  • Abrasives: Several folded sheets of abrasive paper in different gritsEssential

    Abrasives

    80 to 400 grit for finishing on the lathe. Sand with the lathe slower than turning speed, since friction heat can crack a thin wall.

  • A bottle of wood turning finishing oil beside a folded cloth

    Finishing oil

    Applied and burnished while the work turns, so it is finished before it leaves the lathe. That is a real advantage turning has over flat work.

  • A stick of solid turning wax with a paper wrapper

    Turning wax

    A stick held against the spinning work, melted by friction and buffed by a cloth. Fast, and it is a finish for decoration rather than for a bowl in use.

  • A wooden handled bench brush with stiff bristles

    Bench brush

    Shavings pile up around a lathe and around your feet, and standing on a heap while working a spinning machine is how people fall into one.

Choosing wood turning tools

The list above is what exists. This is how to decide which of it you actually need, what separates a tool worth keeping from one that ends up at the back of a drawer.

Riding the bevel is the whole technique

A turning gouge is not pushed into the wood. The bevel behind the edge is laid on the surface first, then the handle is raised until the edge just begins to cut. The bevel then acts as a bearing, controlling how deep the edge goes.

That is why turning feels either effortless or violent. With the bevel supported, the cut is a continuous ribbon of shaving and the tool is stable. Without it, the edge digs, the work grabs the tool, and that is a catch.

Bevel first, then edge
Lay the bevel on the wood, raise the handle until it cuts. Never lead with the edge.
The bevel is a bearing
It limits depth. That is what makes a controlled cut controlled rather than lucky.
Anchor, contact, rotate
Tool on the rest, bevel on the wood, then rotate into the cut. In that order, every time.
A ribbon means it is right
A continuous shaving off the edge. Dust means a scrape rather than a cut.

What a catch is and how to prevent one

A catch is the edge digging in below where the bevel supports it, so the rotating work levers the tool violently. On a spindle it snatches the handle sideways; on a bowl it can throw the piece off the lathe.

Prevention is mechanical rather than a matter of care. Keep the tool rest close to the work so there is less overhang to lever against, present the bevel before the edge, and never let an unsupported edge touch anything spinning.

Rest close to the work
Less overhang means less leverage for the work to act on. Move it as the shape changes.
Never lead with the edge
An unsupported edge on a spinning workpiece is a catch waiting for a moment.
Turn the lathe by hand first
One full rotation before switching on, so nothing is going to hit the rest.
Face shield, not glasses
A catch on a bowl can throw the workpiece. Glasses protect the eyes and not the face.

Spindle and bowl turning are different crafts

Spindle turning works with the grain running along the axis, so the tool cuts along the fibres like planing. Bowl turning works with the grain across the axis, so the edge meets end grain twice per revolution and then side grain twice.

That is why the tools differ. A spindle gouge is shallow with a fingernail grind for detail along a length. A bowl gouge is deep with a thick shaft, because it works far out over the rest and has to resist twisting.

Spindle: grain along the axis
The tool cuts along the fibres. Detail work, and the safer place to start.
Bowl: grain across the axis
End grain twice a revolution. Harder on the edge and less forgiving of a bad presentation.
Bowl gouges are thick
They work far over the rest, so the shaft has to resist twisting. Not a big spindle gouge.
Cut downhill
Outside of a bowl from base to rim, inside from rim to centre. The fibres are supported that way.

Cutting against scraping

A gouge slices, severing fibres cleanly with the bevel supported. A scraper is presented flat with the edge trailing and abrades the surface, removing material as dust rather than shavings. Both are legitimate and they leave different surfaces.

A cut surface needs little sanding. A scraped surface tears end grain slightly and needs more. Scrapers earn their place in places a gouge cannot reach and in refining a shape that is nearly right.

Gouge slices, scraper abrades
One makes shavings and one makes dust. That difference is visible in the surface.
Scrapers trail
Presented flat on the rest with the handle high, edge trailing. Never pointed into the work.
Negative rake is safer
A scraper ground with a top bevel is far less likely to catch on a bowl rim.
Sharpen from the burr
A scraper cuts with the burr the grinder leaves. Honing it off makes it worse.

Sharpening constantly, and jigs

Turning tools are sharpened far more often than any other woodworking edge, sometimes several times within one bowl. That is normal: the work moves at speed past the edge and abrades it, and a dull gouge stops cutting and starts scraping.

Which is why a grinder with a jig matters more here than a fine stone. The jig repeats the same grind in twenty seconds so the tool behaves identically every time, and consistency is what makes technique reliable.

Every few minutes
Not every few hours. Turning abrades an edge quickly and a dull gouge scrapes.
Grinder over stones
Speed matters more than final keenness. A stone is too slow to keep up.
Use a jig
It repeats the same angle, so the tool feels the same after every sharpening.
White or CBN wheels
A grey wheel burns high speed steel. A cooler wheel keeps the temper in the edge.

Frequently asked questions

What tools do I need to start wood turning?
A roughing gouge, a spindle gouge, a parting tool and a skew chisel will turn anything between centres. Add a bowl gouge and a chuck when you move to bowls. A grinder with a sharpening jig is not optional, since turning tools blunt within minutes.
What does riding the bevel mean in wood turning?
Laying the bevel behind the cutting edge onto the wood first, then raising the handle until the edge just begins to cut. The bevel then acts as a bearing controlling depth. Leading with the edge instead is what causes a catch, and it is the fundamental technique.
What causes a catch when turning wood?
The edge digging in below where the bevel supports it, so the rotating work levers the tool. Prevent it mechanically: keep the tool rest close so there is less overhang, present the bevel before the edge, and never touch an unsupported edge to spinning work.
What is the difference between a spindle gouge and a bowl gouge?
A spindle gouge is shallow with a fingernail grind, for detail on work with the grain running along the axis. A bowl gouge is much deeper with a thick shaft, because it works far out over the rest on cross grain work and has to resist twisting.
What is the difference between cutting and scraping on a lathe?
A gouge slices with the bevel supported and produces shavings. A scraper is presented flat with the edge trailing and abrades, producing dust. A cut surface needs far less sanding, and a scraper reaches places a gouge cannot and refines a nearly right shape.
How often do you sharpen wood turning tools?
Far more often than other woodworking edges, sometimes several times within one bowl. The work moves past the edge at speed and abrades it, and a dull gouge stops cutting and starts scraping. A grinder with a jig makes it a twenty second job.
Do I need a chuck for wood turning?
Not for spindle work between centres, which needs only a drive centre and a live centre. For bowls and hollow forms you do, since the work has to be held from one end only. A four jaw scroll chuck with a set of jaws is the usual first serious purchase.
What safety equipment do I need for wood turning?
A full face shield rather than safety glasses, because a catch can throw the whole workpiece. Also no loose sleeves, no gloves, no jewellery and tied hair, since anything that can wrap around spinning work will. Dust extraction for sanding, which is the worst part.