Cutting Gauge

identity

Name: Cutting gauge (also "slicing gauge" — Latta's Fine Woodworking #193 headline uses "slicing gauge"; the body text and the other sources use "cutting gauge") [CG2].
Regional / alternate names: slicing gauge [CG2]. The Japanese wari-kebiki 割り毛引き is a related, larger form with real functional overlap (see contemporaries), not a regional name for the same tool.
Family / category: Layout and marking tools → edge-referenced scribing gauges → knife-bladed branch.
One line: An edge-referenced Marking Gauge fitted with a knife rather than a conical pin — its chief advantage is a clean severed line across the grain; it can also mark with the grain and cut very thin veneer or stringing into strips [CG2][CG3][CG15][CG16].

how NOT to use it

not-for

• Expecting it to do a large splitting gauge's or a saw's work on thicker stock — the traditional Western gauge's cutter and fence are sized for layout and very thin veneer.
• Scoped router case (review fix 10): the forum thread documents one router inlay kit, with a spiral upcut bit, tearing unsupported 0.025" veneer [CG10]. That is a mismatch for that kit on that stock, not a finding that router, CNC, laser, veneer-saw or jig workflows generally tear veneer. Match by substrate, backing, bit, direction, support and task.

dangerous (the holding finding — rebuilt per review fix 1)

The cutter is a sharp, projecting knife, and the hazards are laceration to the hands during use, adjustment, sharpening and handling, plus a cutter or wedge that loosens mid-stroke. A published injury account is not needed for these controls to apply; not locating one is a research result, not a risk assessment. Sources: Lee Valley's marking-gauge guide (set a point or knife only long enough to mark, light grip, whole fence on the edge, hard-force demand is a dull-tool signal) [CG17]; the Cosman review's laceration warning and the value of a cutter that retracts into the body [CG9][CG18].

• Inspect before use — the cutter for chips, cracks and sharpness; the wedge or fastener for a tight seat; the beam lock for creep; the fence face for damage. Do not use a gauge whose cutter or wedge moves under thumb pressure.
• Expose only the edge the cut needs — minimum projection [CG17].
• Support or secure the work — especially thin veneer and stringing, which should be backed and held, not balanced in the hand.
• Keep the free hand clear of the cutter's path ahead and of the side or opposite face where the blade will emerge through thin stock.
• Establish full fence bearing before the blade enters [CG17].
• Light, trailing cut; stop if it takes a hard grip. Excessive force, grabbing, following grain, or any movement of the wedge or lock means stop and correct — sharpen, reduce projection, re-seat, or reverse the stroke [CG17].
• Protect or retract the edge before setting the gauge down, carrying it, or storing it — retract the cutter where the design allows [CG18], otherwise cover or guard it.
• Removal, sharpening and reinstallation follow the exact maker's instructions; grinding carries the added controls under correct use (secure hold on a tiny part, eye protection, no overheating) [CG8].

damaging

• Running a cutter that is producing a ragged line without first finding out why — dull, wrong orientation, or (for the pointed, double-bevel cutter in [CG8]) a profile fault. Diagnose on scrap before regrinding anything.
• Regrinding a correct cutter by default — can ruin the blade, change its handedness or waste-side action, weaken the edge, or draw the temper [CG8].
• Cutting too deep on the first pass into an inlay groove — Sellers warns it can split the surrounding stock [CG14] (flagged source).

beginner-trap

• Holding the gauge too flat — Fairham's named novice error; tilt so the blade trails [CG6][CG17].
• Installing or reversing the cutter against the gauge's design, or with the flat face away from the critical shoulder — identify the faces and direction for the exact gauge and test on scrap (review fix 9).
• Self-teaching a curved cutter profile with no reference geometry — the "Corey" case [CG7].

lineage-misuse

• Treating a wheel gauge as grain-indifferent — its fixed wheel can follow grain; reverse the stroke direction as Lee Valley advises [CG17]. (Replaces the former claim that the wheel gauge "fixes" the cutting gauge's grain limits.)
• Fitting a wheel-gauge cutter rod to a wedge-held wooden gauge, or vice versa — different mounts [CG9][CG23].
• Asking a small Western cutting gauge to do a wari-kebiki's repeated thin-board production on stock beyond its cutter and fence capacity. (Haft inference from construction differences; the wari-kebiki entry mirrors it.)

correct use

Good at: cross-grain baselines that a saw or chisel will register against (dovetail baselines, tenon shoulders, dado and rabbet shoulders); pre-scoring against tear-out before a cross-grain cut [CG1]; with-grain lines where a clean knife line is wanted [CG3]; trimming and cutting very thin veneer, stringing and banding into strips, often by working from both faces [CG15][CG16][CG19][CG20].

Setup (review fix 2). Inspect and test the supplied cutter first, on scrap. Keep the maker's geometry unless the maker or a model-specific source calls for a change. The rounded-profile repair in the American Woodworker/Popular Woodworking Q&A applies to a pointed, double-bevel cutter that is producing a ragged line — one gauge, one fault, not a statement about how often factory cutters need it [CG8]. If that exact fault is present: remove the small cutter as the source describes, hold it securely, grind lightly without overheating (the source warns that the thin steel can overheat and lose its temper), remove the burr, and reinstall securely with the correct bevel orientation. Treat grinding as grinding: eye protection and a secure hold on a very small part.

Using it (the workbench holds the deep operation). Set the cutter to project only as far as the line needs [CG17]. Seat the whole fence on the reference edge before the blade touches the work [CG17]. Tilt the gauge so the blade trails rather than holding it flat — Fairham names "too flat" as the novice failure [CG6]; Lee Valley also advises a trailing knife and a light grip [CG17]. Make several light passes rather than one heavy one.

matching

does: severs a fine, clean line parallel to a reference edge, across or along the grain; scores cross-grain baselines and shoulders that survive downstream sawing and chiseling; pre-scores against tear-out; trims veneer, stringing and banding to width; cuts very thin veneer into strips from one or both faces where the cutter and support permit.

suits: hand-cut dovetails and case joinery; veneered or inlaid furniture (stringing, crossbanding); thin-panel and drawer work. Stage: layout and marking, immediately before cutting; also direct cutting for veneer and stringing.

kit-fit: pairs with chisels and dovetail saws; a scraper-in-a-kerf thicknessing jig for strip sizing (Latta's method) [CG7]; knife-parting and a small plane for inlay grooves [CG14]. Compared by task fit, not by incapability (review fix 4): a pin gauge may be faster or less fragile for repeated routine with-grain marking — a preference, not a limit of the cutting gauge. Compare with a pin gauge, a wheel gauge, a marking knife and square, a veneer saw, and a wari-kebiki by reference geometry, grain direction, cut depth, strip thickness, fence bearing, cutter mount, handedness, keep face, and whether the job is layout or full separation.

Schema fields to carry (the reviewer's matching note): minimum/maximum cutter offset; fence reference area; beam and lock type; cutter profile and angle; flat and bevel sides; intended push/pull direction; handedness; maximum safe projection; direct-cut material and thickness; one-face or two-face method; removal and sharpening method; storage protection; maker/model compatibility. Do not infer wheel-cutter grain indifference, or traditional-gauge cutter compatibility, from a circular shape alone.

not-for (project-keyed): thick-stock channel inlay that a router or other powered method handles better; resawing or splitting thicker stock into boards (use a sturdier splitting form or a saw). See how NOT to use it for the scoped router case.

access: usable by a beginner once the sharp-knife controls under dangerous are taught — a projecting knife, not a blunt pin. The other two things to teach: orientation of flat and bevel faces for the exact gauge, and a trailing tilt rather than a flat hold.

revival: the traditional form is in current production (Crown via Lee Valley, dated above) and Latta's inlay designs are still the reference taught; for veneer and stringing it is one proven hand-tool option among several verified workflows (review fix 10), chosen by veneer thickness and backing, straight vs curved cut, repeatability, support, edge quality and available jigs.

anatomy

• Beam — carries the cutter; same form as the pin gauge's beam.
• Fence — registers against the reference edge. Practitioners prefer a wide, true fence: Rousseau favours "the traditional-style cutting gauge with a wooden beam and fence... they track the edge of the board more easily than wheel gauges" [CG1]. Wheel-gauge fences vary by model — Veritas advertises a large reference surface on its Micro-Adjust gauge [CG18] — so "small fence" is not a class-wide wheel-gauge trait.
• Beam lock — thumbscrew or wedge; must hold without creep.
• Cutter and its mount — on the traditional wooden form a small removable steel knife held by a wedge, removable for sharpening [CG16][CG19]. Cutter geometry is not uniform (the reviewer's mechanical note): "single bevel," "spear point," "lancet," "rounded/fingernail," and "two skewed bevels on one face with a flat back" describe different aspects. Record for the exact gauge: the flat (critical) face, the bevel side, the nose profile, the included angle, handedness, intended push or pull direction, maximum projection, and the mount. Lively's Fine Woodworking article on the Marples pattern describes a spear-point cutter and handed orientation [CG22].
• Orientation (review fix 9). Where the design permits, put the flat face toward the dimensionally critical (keep) shoulder and the bevel toward the waste [CG2][CG3]. A wedge-held cutter may be made for one hand or one travel direction and cannot necessarily be flipped and still seat securely; follow the maker's installation, and test on scrap. Fence-pull behaviour depends on which way the bevel faces the fence, the stroke direction and the presentation — do not generalize it across fixed knives and wheel cutters.

variations (living)

Compatibility (review fix 7). Track cutters by gauge model, rod diameter/thread, mount and maker. Rob Cosman's four cutter options (3/8" at 40°, 1/2" at 25°, 7/16" at 20°, 5/8" at 35°) are circular cutters on 5/16-inch rods for Cosman/"Cosmanized" wheel-style gauges [CG9] — wheel-gauge accessories, not replacement knives for a wedge-held wooden cutting gauge. The 40° option's mortise/socket clean-up is an accessory operation of that cutter head, not evidence about traditional blade profiles.

Market statements (review fix 12), dated: H.N.T. Gordon (named by Strazza, 2013, as a source of well-made gauges) [CG3]; Crown Tools via Lee Valley (current at the reviewer's 2026-09-03 review) [CG23]; Veritas wheel gauges (Standard and Micro-Adjust, current at the same date) [CG17][CG18]; Cosman wheel-gauge cutters with rods (live at Run 504, 2026-08-12) [CG9]. Complete gauges, replacement cutters, vintage examples and rod systems are separate markets. Vintage names (Stanley, Sargent, Millers Falls, Goodell-Pratt) come only from the low-quality collector site [CG5] and are leads, not facts.

trades

Western cabinetmaking and fine furniture joinery, with a specialty in string inlay, banding and veneer — documented from the 1794 Dominy gauge [CG15] through the post-1859 Marples example [CG16] to current teaching (Latta, Strazza, Rousseau).

lineage

Relatives (functional, not proven descent)

• The pin/scratch Marking Gauge. Teaching sources explain the knife as the answer to the pin's cross-grain tearing: Latta, "the pin makes a V-shaped cut that tends to rip the fibers when marking across the grain, as for a tenon" [CG2]; Strazza, a pin across the grain will be "tearing the fibers, leaving an unsightly line" [CG3]; Rousseau frames the same split [CG1]. This is a functional rationale, not a documented invention story (review fix 11): the 1794 Dominy gauge [CG15] shows the type already in use, and no source records a single failure-driven invention event.
• The Wheel Marking Gauge — a related modern knife-marking form (review fixes 6, 8). Latta: the cutter "does not rotate during use. When a section of its edge dulls, it can be loosened and rotated to expose a new section" [CG2]. Circular cutters are documented at least as early as the 1887 patent cited in the sibling entry (US 359,336, Walker) and in modern products; Glen-Drake's Tite-Mark (2001) is one modern implementation with its own documented development, not the universal origin of the form and not a proven descendant of the wooden cutting gauge.

Contemporaries

• The wari-kebiki (review fix 5). The two differ in typical construction, cutter projection, stock and fence support, capacity and trade use: a traditional Western cutting gauge is commonly optimized for layout and very thin veneer; a wari-kebiki is larger and sturdier, for repeated thin-board strip production (e.g. kumiko stock) [CG11][CG12]. Their operations overlap — the Western gauge also cuts veneer and thin wood into strips [CG15][CG16][CG19][CG20], and wari-kebiki owners report marking use [CG11]. No source establishes either transmission or independent origin; the entry makes no lineage claim either way.
• Marking knife against a straightedge or square — the same severing principle without fence registration; slower and less repeatable for edge-parallel lines.

history

The physical record leads (review fix 3).

• Nathaniel Dominy IV, East Hampton, New York — cutting gauge incised "1794", beech, dogwood and iron; Winterthur museum purchase, 1957.0093.051. Winterthur captions it "Cutting gauge" and states that cutting gauges were used for veneer and thin wood such as drawer bottoms [CG15]. This is a signed, dated eighteenth-century object, and it moves the firm anchor back by roughly half a century from the entry's former Holtzapffel date.
• W. Marples & Sons cutting gauge, after 1859 — Ingenium artifact 2004.1587.001, with James Anthony ownership history. Ingenium describes a marking-gauge-like body with a small pointed blade held by a wedge, removable for sharpening, used for deep scoring, joint shoulders, veneer stringing and banding, and cutting thin wood into strips by working from both sides [CG16]. A second accessioned trade example and commercial-maker evidence.
• William Noyes, Handwork in Wood (1910) names and illustrates the cutting gauge [CG21].
• William Fairham, Woodwork Joints gives a working description of cutting-gauge use for drawer and dovetail marking, including setting the gauge "a trifle less than the thickness" of the stock [CG6]. Exact edition and date not confirmed this run (the reviewer's note); the reprint is undated.
• Holtzapffel, Turning and Mechanical Manipulation (1843–46) is reported secondhand (Jansa, Popular Woodworking, 2006, via Marking Gauge [MG4]) to list the cutting gauge among distinct gauge types. Retained only as nineteenth-century taxonomy, pending a check of volume, edition, page and wording; it is not the earliest anchor.

Why a knife, and why one bevel. Latta: the cutter "typically is flat on the outside face and beveled on the inside... This wedge shape pulls the main body of the gauge tight to the edge of the stock and discourages the blade from wandering... the bevel is on the waste side of the cut" [CG2]. Strazza: "A bevel will always bruise the wood; therefore you always want to have the bevel facing the waste side" [CG3]. How strongly the bevel pulls the fence in depends on the exact mount, the stroke direction and the presentation — see anatomy (review fix 9).

Patents (review fix 11). No dedicated knife-cutting-gauge patent was located in the searches performed for Run 504, which used search-engine indexing of DATAMP results under the terms "cutting gauge" and "marking gauge" — not DATAMP's own search, and not USPTO/Espacenet classification searches or other jurisdictions. That is a limited search, not an absence; patents describing knife cutters under other names, or combination gauges, would not have been caught. The sibling Marking Gauge entry treats the DATAMP marking-gauge class (366 patents) as covering pin, mortise, cutting and combination types together [MG9].

Rejected source. An undated collector site (oldwoodworkingtools.com) asserting "cutting gauges became common in the 19th century" with no primary source [CG5] — not used; the Dominy object makes it moot in any case.

human side

Traditions & trades. Western cabinetmaking and joinery, the same home as the parent Marking Gauge, with a specialty in string inlay, banding and veneer-strip work. Winterthur's framing of the Dominy gauge (veneer, drawer bottoms) shows that specialty was already part of the tool's use in 1794 [CG15].

Named makers and craftspeople.

• Nathaniel Dominy IV (East Hampton, NY), maker of the 1794 gauge [CG15].
• W. Marples & Sons, Sheffield, commercial maker of the Ingenium example [CG16].
• Steve Latta — modern authority on string-inlay cutting-gauge technique; Lie-Nielsen's inlay line (Straight Line Cutter, Radius Cutter) follows his designs. Kari Hultman's account of his 2008 class describes students building a slicing gauge and a separate thicknessing gauge (a scraper set in a kerf jig) to size strips [CG7].
• Frank Strazza (Heritage School of Woodworking) makes his own gauges for classes and explains the single-bevel, waste-side principle [CG3].
• Paul Sellers scores a shallow starter line for inlay with a cutting gauge, then knife-parts the fibers, warning not to go too deep on the first pass "as this is likely to split the main body of wood" [CG14] — WebSearch synthesis of his blog, not independently fetched; flagged.

First-person texture.

• A 2008 blog exchange: a reader ("Corey") ground his own curved cutter for radius inlay and reports "it was less than good"; Hultman answers with the filing geometry (a triangular file; V-shaped bevels for a radius cutter, a "W" for a straight-line cutter) [CG7].
• A Fine Woodworking forum thread: one user's router inlay kit with a spiral upcut bit tore 0.025" veneer; responders suggested a sharp knife with masking tape on the face, and one noted "Those inlay kits are not intended for veneer, AFAIK. I use them with thicker wood" [CG10]. One case, one kit — see not-for for its scope.
• A verified-purchaser review of Cosman's wheel-gauge cutters: "The cutter is sharp and will slice you up if you are careless!" [CG9] — about a wheel-gauge rod, but the same knife-edge hazard.

Access gaps (review fix 12). Sawmill Creek threads were session/JS-gated to Run 504's fetches, and Reddit searches returned nothing retrievable. Those were fetch conditions on 2026-08-12, not evidence of absence; re-fetch before relying on either.

proof of existence

• Winterthur 1957.0093.051 — Nathaniel Dominy IV cutting gauge, incised 1794, beech/dogwood/iron, captioned "Cutting gauge" [CG15].
• Ingenium 2004.1587.001 — W. Marples & Sons cutting gauge, after 1859, wedge-held removable blade, James Anthony provenance [CG16].
• Noyes, Handwork in Wood (1910) — names and illustrates the tool [CG21].
• Holtzapffel (1843–46) — secondhand taxonomy, pending check (see history).
• Current production — Crown Tools cutting gauge via Lee Valley (as of 2026-09-03) [CG23].
• Patent: none located in the limited search described under history.

references

• [CG1] Rousseau, Tim. "Every Woodworker Needs a Cutting Gauge." Fine Woodworking #246 (2015). finewoodworking.com/project-guides/hand-tools/every-woodworker-needs-a-cutting-gauge. Fetched (partial, paywalled).
• [CG2] Latta, Steve. "Pin Gauges vs. Slicing Gauges." Fine Woodworking #193 (2007). Fetched in full.
• [CG3] Strazza, Frank. "Marking Gauge Versus Cutting Gauge." Heritage School of Woodworking, 2013. woodworking.sustainlife.org/marking-versus-cutting-gauge/. Fetched in full. Also supports with-grain capability ("still can be used with the grain," per the review).
• [CG4] Wikipedia, "Marking gauge." Background only.
• [CG5] oldwoodworkingtools.com/marking-gauges/ — LOW QUALITY, lead only.
• [CG6] Fairham, William. Woodwork Joints, reprinted at sawdustmaking.com/woodjoints/dovetails.htm. Edition/date to be confirmed.
• [CG7] Hultman, Kari. "String Inlay." The Village Carpenter, 2008.
• [CG8] "Q&A: Cutting Gauge Tune-Up." American Woodworker #73 (1999), republished Popular Woodworking 2012. popularwoodworking.com/projects/q-a-cutting-gauge-tune-up/. Specific repair; overheating caution.
• [CG9] Cosman, Rob. "Marking Gauge Cutters with Rods." robcosman.com/products/rob-cosmans-marking-gauge-cutters. Wheel-gauge rods; customer review.
• [CG10] "Cutting Veneer for Inlays." Fine Woodworking Forum. Forum; one case.
• [CG11] Craftisian, "Urban Ore #27: Wari Kebiki," DevinT. First-person collector account.
• [CG12] Japanese Tools Australia, wari-kebiki listing. Retailer.
• [CG13] (withdrawn from use: LumberJocks wari-kebiki showcase, snippet only.)
• [CG14] Sellers, Paul. "My Thicknessing Guide." paulsellers.com, 2024. WebSearch synthesis — flagged.
• [CG15] Winterthur, Dominy Collections — Gauge. dominycollections.winterthur.org/tools-of-the-trade/woodworking/gauge/. Museum. (Added from the reviewer's named sources.)
• [CG16] Ingenium — Marples cutting gauge, 2004.1587.001. collections.ingenium.ca/en/id/2004.1587.001/. Museum. (The reviewer.)
• [CG17] Lee Valley — Woodworker's Guide to Marking Gauges (2020). leevalley.com/en-gb/discover/woodworking/2020/september/woodworkers-guide-to-marking-gauges. Manufacturer guide. (The reviewer.)
• [CG18] Veritas Micro-Adjust Wheel Marking Gauge and Standard Wheel Marking Gauge product pages. veritastools.ca. Manufacturer. (The reviewer.)
• [CG19] Center for Furniture Craftsmanship / Rockler — "How to Tune a Cutting Gauge." rockler.com/learn/how-to-tune-a-cutting-gauge-video-by-cfc. Specialist school. (The reviewer.)
• [CG20] Canadian Woodworking — "Marking and cutting gauges." canadianwoodworking.com/tools/marking-and-cutting-gauges/. Specialist. (The reviewer.)
• [CG21] Noyes, William. Handwork in Wood (1910), tools chapter, republished at woodworking.sustainlife.org. (The reviewer.)
• [CG22] Lively, John. "Cutting Gauge." Fine Woodworking, Feb 1982. finewoodworking.com/1982/02/01/cutting-gauge. Spear-point cutter, handedness, model-specific regrind. (The reviewer.)
• [CG23] Lee Valley — Crown Tools Cutting Gauge. leevalley.com/en-us/shop/tools/hand-tools/marking-and-measuring/marking-gauges/32622-cutting-gauge. Current seller. (The reviewer.)
• PBS, The Woodwright's Shop — Joiner's Tool Chest (fence/knife anatomy, dovetail baseline use) — named by the reviewer; not relied on for any specific claim here.
• Cross-referenced from Marking Gauge, not re-verified: [MG1] Moxon 1678; [MG4] Jansa/Holtzapffel; [MG9] DATAMP class.

The reviewer's corrections (12)

• BLOCKER — Exact claim: The sole danger guidance is that the cutter “will slice you up if you are careless,” follo …
• BLOCKER — Exact claim: “tuning the profile (round ‘fingernail’ edge, single bevel, roughly 30°) is close to a req …
• SHOULD-FIX — Exact claim: “No museum accession record specific to a cutting gauge surfaced”; the “strongest availabl …
• SHOULD-FIX — Exact claim: A cutting gauge “cannot replace the parent pin gauge for long, repetitive with-grain lines …
• SHOULD-FIX — Exact claim: The Western cutting gauge only “shears a line,” whereas the wari-kebiki “cleaves the wood” …
• SHOULD-FIX — Exact claim: The wheel gauge is a “descendant” whose “rotating circular single-bevel cutter” is grain-i …
• SHOULD-FIX — Exact claim: Rob Cosman “sells four distinct replacement cutting-gauge blades” forming a taxonomy of fi …
• SHOULD-FIX — Exact claim: “The wheel gauge was built specifically to fix this residual limitation of the cutting gau …
• SHOULD-FIX — Exact claim: Reversing the bevel “still pulls the fence snug against something,” so the tool feels corr …
• SHOULD-FIX — Exact claim: The “revival” case says rotary/router methods are documented to tear veneer-thin stock, ma …
• SHOULD-FIX — Exact claim: The no-patent finding is described as a “real negative” after search-engine indexing of DA …
• MINOR — Exact claim: Current Reddit discussion was unavailable; several product and availability claims are tre …