Woodworking Tools
Know the Tool.Understand the Cut.
BenchRoot explains what each tool does, how it works, how to set it up and what actually matters when you choose one — so the tool serves the work, not the other way round.
- Function
- How it cuts
- Setup
- How to adjust
- Choice
- What matters
Tool Families
The workshop, catalogued.
Ten families of tools, grouped by the work they do. Each entry covers how the tool cuts, how it is adjusted and what separates a good one from a poor one.
- No. 01Blade, fence and miter slots in one plane
Table Saws
Rips, crosscuts on a sled, dadoes and repeat cuts to width.
- No. 02Sharpness is the setting
Hand Tools
Planes, chisels, saws and knives — quiet precision at the bench.
- No. 03Bit, speed and feed direction
Routers
Profiles, grooves, rabbets and jig-guided joinery.
- No. 04Jointer first, planer second
Planers & Jointers
Flat faces, square edges, then consistent thickness.
- No. 05Grit sequence, not pressure
Sanders
Surface preparation between the plane and the finish.
No. 06
Drills
Holes and fasteners, square and to depth.
No. 07
Clamps
Even pressure for glue-ups and jigs.
No. 08
Measuring & Layout
Squares, rules, gauges and knives.
No. 09
Miter Saws
Fast, accurate crosscuts and angles.
No. 10
Circular & Track Saws
Straight cuts in sheet goods, at the sheet.
Anatomy of a Tool
The Bench Plane, Taken Apart.
Nine parts, one purpose: hold a sharp edge at a fixed angle, a controlled distance below a flat sole. Understand each part and the plane stops being mysterious.
- 01Iron
- 02Chipbreaker
- 03Lever cap
- 04Frog
- 05Body
- 06Tote
- 07Knob
- 08Mouth
- 09Sole
Note 1
Blade projection
Advance the iron until it lifts a shaving you can almost read through — then stop. More projection only means more effort and tear-out.
Note 2
Mouth opening
Move the frog forward to close the mouth for figured or difficult grain; open it for heavier stock removal.
Note 3
Sole flatness
What matters most is flat at the toe, around the mouth and at the heel. Check lengthwise, across and on the diagonals.
Note 4
Bevel orientation
Bench planes cut bevel down, with the chipbreaker set just behind the edge. Most block planes cut bevel up.
Choosing the Right Tool
Choose by the Work, Not the Hype.
Start with the cut you need to make. The right tool follows from the material, the accuracy required and the space you work in.
Need 01
Straight cuts in sheet goods?
- Track saw
- Table saw
A track saw brings the blade to a full sheet; the table saw takes over once panels are a manageable size.
Need 02
Repeatable crosscuts?
- Miter saw
- Table saw sled
A stop block gives identical lengths either way; the miter saw adds quick, accurate angles.
Need 03
Profiles and joinery?
- Router
Table-mounted for small parts and repeat work; handheld with a fence or guide for large panels.
Need 04
Flat, square stock?
- Jointer + planer
- Hand planes
Flatten one face and square one edge first; only then bring the opposite face parallel.
Need 05
Precise marking?
- Marking knife
- Square
- Marking gauge
A knife line, a square you have checked and a gauge set once — every later cut registers from these.
Core Workshop Tools
Ten tools, properly understood.
The job each tool does best, the accuracy problem it is known for and the one setup habit that prevents it.
Table Saw
- Primary job
- Ripping to width; crosscuts on a sled; dadoes and grooves.
- Accuracy concern
- Blade parallel to the miter slot, fence parallel to the blade.
- Setup note
- Set blade height to clear the stock by about a tooth, and keep the riving knife fitted.
Router
- Primary job
- Edge profiles, grooves, rabbets and jig-guided joinery.
- Accuracy concern
- Bit projection and fence alignment decide the fit.
- Setup note
- Feed against the bit's rotation and make deep cuts in several passes.
Random Orbit Sander
- Primary job
- Levelling and smoothing before finish.
- Accuracy concern
- Swirl marks from skipped grits; rounded edges.
- Setup note
- Let the pad's weight do the work and move slowly, overlapping each pass.
Cordless Drill
- Primary job
- Drilling and driving.
- Accuracy concern
- Holes drifting off 90°; stripped screw heads.
- Setup note
- Use the clutch for driving and a guide block when a hole must be square.
Jointer
- Primary job
- Flattening one face; squaring an edge to it.
- Accuracy concern
- Outfeed table height relative to the knives.
- Setup note
- Outfeed level with the top of the knife arc; fence square to the table.
Planer
- Primary job
- The second face parallel to the first, and final thickness.
- Accuracy concern
- Snipe at the ends of the board.
- Setup note
- Take light passes and feed boards end to end with support at both sides.
Block Plane
- Primary job
- End grain, chamfers and small fitting work.
- Accuracy concern
- Tear-out on end grain from a dull or rank iron.
- Setup note
- Low bed, bevel up; close the mouth right down for end grain.
Chisel
- Primary job
- Paring to a line and chopping joinery.
- Accuracy concern
- A back that isn't flat will never register cleanly.
- Setup note
- Flatten the back first, then hone the bevel at 25–30°.
Combination Square
- Primary job
- Marking and checking 90° and 45°.
- Accuracy concern
- Every mark inherits the square's own error.
- Setup note
- Check it: draw a line, flip the square, draw again; the lines should meet.
Clamps
- Primary job
- Pressure for glue-ups, jigs and holding work.
- Accuracy concern
- Over-tightening squeezes out glue and racks the assembly.
- Setup note
- Even pressure, cauls on wide panels, and check the diagonals before the glue sets.
Hand Tools & Power Tools
Two traditions, one workbench.
Hand Tools
Quiet, precise and fitted to the work in front of you. Best where the cut must be exact and few in number.
Bench plane
Chisel
Hand saw
Marking knife
Where either works
- Dimensioning
- Jack plane, try plane and winding sticksJointer, then planer
- Joinery
- Saw, chisel and marking gaugeRouter, dado stack, drill guide
- Surface prep
- Smoothing plane and card scraperRandom orbit sander and a grit sequence
- Cutting
- Panel saw and backsaw to a knife lineTable saw, miter saw or track saw
Power Tools
Fast, repeatable and tireless. Best where the same cut is needed many times, or the stock is large.
Table saw
Router
Drill
Sander
Setup & Accuracy
Accuracy Starts Before the Cut.
Six checks worth making whenever a tool is new, moved or giving results you don't trust. Each takes minutes and saves hours.
Procedure 01 · Table saw
Fence parallel to the blade
- 1.Unplug the saw and raise the blade fully.
- 2.Measure from one marked tooth to the fence at the front (A).
- 3.Rotate that tooth to the back and measure again (B).
TargetA equals B — or B a hair wider
Procedure 02 · Miter saw
Zero bevel, square fence
- 1.Set the saw to 0° miter and 0° bevel.
- 2.Square the blade to the table against the plate, not the teeth.
- 3.Square the fence to the blade, then make a test cut and flip it.
TargetNo light under the square
Procedure 03 · Router
Bit projection and fence
- 1.Set projection with a setup block or rule, then lock the base.
- 2.Align the fence parallel to the intended cut.
- 3.Cut a scrap and measure before touching the workpiece.
TargetTest cut matches the mark
Procedure 04 · Jointer
Outfeed at the knife arc
- 1.Lay a straightedge on the outfeed table, over the cutterhead.
- 2.Rotate the head by hand with the machine unplugged.
- 3.Raise or lower the outfeed until each knife just brushes the edge.
TargetKnife lifts the straightedge a whisker
Procedure 05 · Hand plane
Iron centred, shallow projection
- 1.Sight down the sole toward a light.
- 2.Use the lateral lever until the edge is parallel to the mouth.
- 3.Advance slowly until it takes a fine, full-width shaving.
TargetEven shaving, edge to edge
Procedure 06 · Measuring
Is the square square?
- 1.Draw a line off a straight edge with the square.
- 2.Flip the square over and draw a second line beside it.
- 3.Any gap between the lines is twice the square's error.
TargetThe two lines coincide
Tool Comparison
Table Saw vs Track Saw.
Two ways to a straight cut. Neither replaces the other — they solve different problems, and many shops keep both.
| Consideration | Table saw | Track saw |
|---|---|---|
| Best for | Ripping solid wood; repeat cuts to width | Breaking down sheet goods; straight cuts on large panels |
| Sheet goods | Workable with outfeed support and a helper; full sheets are awkward | The saw moves and the sheet stays put on a flat surface |
| Repeat cuts | Set the fence once and every cut matches | Needs stops or parallel guides for identical widths |
| Portability | Stationary, or a jobsite saw on a stand | Carried to the work; the track stores flat |
| Space required | Room for the stock before and after the blade | A flat surface — or foam board — under the sheet |
| Typical setup | Blade height, fence parallel, riving knife | Splinter strip trimmed to the blade; depth set just below the sheet |
The library
Tools by section.
Saws
- Backsaws: Dovetail, Carcase and Tenon SawsWhat the spine of a backsaw does, how dovetail, carcase and tenon saws differ in size and filing, and which one each joint needs, with a worked tenon example.
- Coping Saws: Blades, Tension and Curved CutsHow a coping saw keeps a thin blade taut, which way the teeth should point, how to turn the blade in a curve, and how it compares with fret and piercing saws.
- Handsaws: Rip, Crosscut and Panel Saws ExplainedHow rip and crosscut teeth cut, what TPI and PPI mean, how plate, set and kerf relate, and which full-size handsaw suits which cut in the workshop.
- How to Choose a HandsawChoose a handsaw from the work you do: a task-by-task decision table, the specifications that matter, what to buy first and second, and mistakes to avoid.
- Japanese Saws: Ryoba, Dozuki and Flush-Cut SawsWhy Japanese saws cut on the pull, what ryoba, dozuki, kataba and flush-cut saws are for, and the trade-offs of thin plates and impulse-hardened teeth.
Planes, jointers and planers
- Hand Planes: Types, Uses and FeaturesHow a hand plane cuts, what smoothing, jack, jointer and block planes each do, where the cutting angle comes from, and which plane suits which job.
- How to Choose a Hand PlaneChoose a first hand plane from your work, then the next: jack, smoother, jointer or block plane, bevel-up or down, new or vintage, and what to inspect.
- Plane Irons and Chipbreakers ExplainedWhat the plane iron and chipbreaker each do, how irons vary between makers, what chipbreaker research shows, and how to check a replacement iron fits.
- Router Planes: Housings, Grooves and Tenon CheeksHow a router plane levels housings, grooves, tenon cheeks and hinge recesses to an exact depth, what its blades do, and how to set depth from the joint.
Chisels and carving tools
- How to Choose Woodworking ChiselsChoose chisels from the work you do: a task-by-task decision table, which sizes first, what steel and hardness figures mean, handles, backs and a checklist.
- Woodworking Chisels: Types, Uses and FeaturesThe four main kinds of woodworking chisel — bevel-edge, firmer, paring and mortise — how their blades and handles differ, and which one each job needs.
- Woodworking Mallets: Types, Weights and UsesJoiner’s, carver’s and soft-faced mallets compared: head shape and material, weight as a trade-off, and which mallet to use with which chisel and job.
- Mortise Chisels: Types, Sizes and UsesWhy a mortise chisel is thick and square-sided, how makers size them, how to choose a width for the joint, and how it differs from a hollow-chisel mortiser bit.
Before the Blade Spins
Set It Up Right.Make the Cut Count.
Understand a tool before you rely on it — how it cuts, how it adjusts and how to check it — and every project that follows gets easier.