Router Table

Identity

Name: Router table (also: table-mounted router, inverted router setup). Not the CNC "router table" used loosely for a CNC gantry bed, which is a different machine class and out of scope.

Definition: a stationary routing system in which a compatible portable router is secured beneath a table or insert plate and a router bit projects through a controlled opening. It is a fixture or system powered by a router, and it should be treated as a powered-machine setup for safety purposes. Distinguish the router-table fence, the table-saw rip fence, and the shaper fence; they are not interchangeable.

Family: a mounting system built around a portable router (see Router), which supplies the power. It overlaps with the shaper/spindle moulder on some light profiling and joinery, but it is not a small shaper in every mechanical or safety respect. (Note, Run 386: the shaper has its own entry.)

One-line: a flat table with a hole in it, a router fixed underneath so its bit projects up through the hole, and a fence, bearing, template or jig to guide the workpiece past the fixed spinning cutter. The tool holds still and the wood moves.

✦ How NOT to use it: the heaviest section (safety baseline rebuilt, review fixes 1, 2, 3, 8, 17, 19)

Scope note: no CPSC/NEISS dataset isolating "router table" as a product category was located. The section rests on manufacturer and OSHA hazard descriptions as the reviewer reports them, trade-press mechanism descriptions, and two attributed forum anecdotes. It is not a federal injury statistic.

Source status: the Bosch RA1181 manual and the OSHA eTool page were read by the reviewer; this pass could not open either (network block). Statements marked "per the reviewer" are carried from his review. The OSHA point of an adjustable enclosure guard under 29 CFR 1910.213(m)(1) was also confirmed from a search-result summary of the OSHA eTool. When any line here differs from the manual for your router, table or bit, the manual wins.

The operating baseline (read before the stories)

• Follow the manuals for the router, table, insert or lift, fence and bit. Use only mutually compatible components and router-rated tooling.
• Disconnect power before installing the router, adjusting, changing bits, clearing, or doing maintenance. Confirm the router switch state and the table switch state before reconnecting. (Bosch RA1181: unplug before installing into the table, removing it, adjusting or changing accessories. Per the reviewer and search summary.)
• Secure the whole table to a flat, stable surface. Add infeed and outfeed support for long or wide stock.
• Keep the off control within immediate reach. Do not bypass the table switch or anti-restart provisions the maker specifies.
• Smallest suitable insert opening, and fence faces adjusted close to the bit but clear of it.
• Use the suitable cutter guard as the default. OSHA's router guidance is to enclose the tool with an adjustable guard (29 CFR 1910.213(m)(1); occupational context, not a consumer manual). Bosch supplies a clear fence guard and a starter-pin guard for the RA1181 and says not to operate without the guard (per the reviewer and search summary). If the standard guard cannot serve an operation, use only a manufacturer-approved alternative guard or jig. A featherboard is stock control, not a substitute for a cutter guard.
• Never trap the workpiece between the fence and the bit. Bosch's manual identifies this as a fence trap that can cause a climb cut and loss of control (per the reviewer). Any setup that lets the bit cut with the work pinched between bit and fence is prohibited.
• Feed against rotation for the actual contact geometry and follow the direction markings for the setup. For normal hand-fed router-table work, do not intentionally climb-cut. Only do so if the machine, tooling and fixture manufacturer explicitly directs and controls that operation (guarded, power-fed or jig-controlled exceptions exist).
• Curved work: use a bearing-guided bit or a secured template, with the maker's starter-pin and guard procedure. Never present work unguided to the cutter. The starter pin gives a lead-on pivot until the bearing or template engages; it does not guide the whole cut. Never let the work get trapped between the bit and the starter pin.
• Stock: flat, sound, adequately sized. Reject unstable, cracked, loose-knotted, warped or poorly supported work if the setup cannot control it. Avoid shaping small stock directly: shape a larger blank and cut it free.
• Bit and collet: inspect the bit and collet. Follow the router and bit makers' insertion and engagement rules. Do not bottom the shank if the maker prohibits it; do not assume a universal "back off 1/16 inch" rule. (Bosch RA1181 per the reviewer: follow the router instructions and, for that table, at least 3/4 inch of shank engagement, backing out if the shank bottoms.) Tighten correctly. Check that router, plate, fence and guard cannot touch the cutter, and turn the spindle by hand while disconnected where the manual permits.
• Speed: observe the lowest maximum speed among the router, bit, lift or plate, and table. Large-diameter bits usually require lower speed; read the exact maker's chart. Whether a bit is table-only is a bit-maker rule, not a diameter threshold. Panel-raising bits are a typical table-only example, but there is no universal 1 inch dividing line.
• Start with the bit clear of the work. Use progressive cuts and scrap tests. Maintain control until the work is fully clear.
• PPE and dust: eye and hearing protection; effective dust extraction and respiratory protection as required for the material and exposure; control hair, jewelry and loose clothing; no gloves near the rotating cutter.
• Wait for the cutter to stop completely before reaching near it or leaving the machine.

OSHA's router eTool names these hazards (per the reviewer and search summary): point of operation, rotating parts, tool projection, flying chips and kickback. It describes tool projection as a tool flung from the cutter head if poorly fastened, wrong for the job, or run too fast, and flying chips as chips, dust and splinters thrown by cutting action. Its recommended controls include an adjustable guard, secure tooling within rated speed, quality stock, correct feed and secure template attachment.

NOT-FOR

• Ripping full-width stock or resawing on a router table. Do not use it as a ripping or resawing substitute. The real hazards: trapping stock between the fence and the cutter, unsupported or unstable work, poor cutting geometry, limited capacity, ejection and inefficient removal. A practitioner-author (KM Tools, Jonathan Katz-Moses) calls it "an excellent way to lose a finger"; a forum account describes a parallel rip as "very slow... a large pile of sawdust, and a dull bit." (The earlier claim that these operations force an uncontrolled climb cut as a general mechanism is withdrawn: it is not true as a universal. review fix 3.)
• Plunge-style operations generally: the table and fence format does not suit them.
• Full jointer substitution on long stock, and ordinary face-jointing.
• Metal and unapproved non-wood materials (see suits).

DANGEROUS

• Wrong feed direction or an unintended climb cut. The work can be pulled in and through the cut faster than a hand can let go, self-propel, or be ejected, and hands can be drawn toward the cutter. This is why the baseline names feed direction by contact geometry rather than a compass direction. The Womble account (see Human side) is one reported case of a deliberate climb-cut final pass, with featherboards present but not engaged. It is one forum anecdote. Several other router-table kickback threads were identified by title only and not re-fetched.
• Fence trap. Work pinched between fence and bit, which can cause a climb cut and loss of control (baseline item 7).
• Exposed cutter without a suitable guard. The cutter is the principal contact and flying-chip hazard (baseline item 6).
• Bit, collet or tooling failure. Damaged, cracked, poorly secured, inappropriate or overspeed tooling can fail or be ejected. Controls: inspect tooling, secure it correctly, stay below its rated speed, and use it only as intended (baseline items 11, 12). Eye and face protection matter for flying fragments as well as chips and dust.

DAMAGING

• Too deep a pass in one go: dulls bits, burns, tears out, strains the router. Use progressive cuts per the maker's instructions.
• Running a large-diameter bit above its rated speed: burning, overload, and a safety risk. Read the bit maker's chart (one example from Run 241: Freud's published chart for its panel-raising bits gives a falling speed rating as diameter grows, from up to 24,000 RPM for bits up to 1 inch to 12,000 RPM at 3-1/2 inches; read the maker's own chart for your bit, and treat the figures as one maker's, not universal).
• Feed-rate mismatch: too fast bogs the cut and risks a grab; too slow burns the wood. The fix is smaller bites, not forcing through.

BEGINNER-TRAP

• Bearing- or template-guided curved work without the starter pin and guard procedure, or presenting the work unguided to the cutter. Skipping the pin is named across three trade-press sources as a common place kickback occurs on router tables, because the work can grab on entry with nothing to pivot against. Never let the work get trapped between the bit and the starter pin.
• Fingers instead of a featherboard or hold-down. A second Fine Woodworking account (benjamenjohnson, groove in hard maple, hands holding the work, the bit throwing the wood while a finger struck the bit; not re-fetched) gives its poster's lesson: "Even if there is wood between you and the bit never use your fingers instead of a feather board." Treated as a separate anecdote, not corroboration of Womble.
• Shaping tiny pieces directly. Shape a larger blank, then cut it free.

LINEAGE-MISUSE

• Treating the router table like the handheld router it carries. A woodworker used to handheld habits can misjudge where the work meets the cutter and feed the wrong way. Define the feed by contact geometry (see Correct use).
• Treating it like a table saw. Assuming rip-fence logic and kickback mechanics transfer. A round-profile bit does not behave like a flat blade, and a saw's rip fence is not a router fence.
• Treating it like a shaper. Mounting oversized shaper-rated cutters is sourced by mechanism only (see not-for).

Correct use (brief; the workbench holds deep operation)

Before any cut, read and follow the router, table, insert or lift, fence and bit manuals, use only mutually compatible parts, and make the setup with power disconnected (full baseline under How NOT to use it).

Feed direction. Feed against the cutter's rotation at the point of contact, and use the direction indicated by the specific table, router and bit instructions. Feeding with the rotation is a climb cut. The cutter's physical rotation does not reverse when a router is inverted; what changes is where the operator stands and where the work meets the cutter. Define conventional and climb by cutter rotation at the contact point, not by a remembered left or right. Example, labelled with its geometry: for a typical fence-guided edge cut with the work between the operator and the fence, the cutter engaging the work on the operator's side of the fence, on a standard table, this is commonly a right-to-left feed. Change the geometry and the answer can change, so check the actual setup, with the guard and guides in place, against the manual's illustrated direction.

Passes. Take progressive cuts and make a test cut in scrap. Maximum safe depth depends on bit geometry and diameter, material, router power and speed, feed, work support and operation. Quote numeric limits only when a maker states them for an exact model and operation. (An earlier "1/4 inch or less per pass" figure is removed; the Freud chart once cited is for specified solid-carbide CNC bits and is a starting-point chart, not a hand-fed router-table rule. Source: The reviewer.)

Stock control. Use featherboards, push blocks and push sticks, sleds and jigs to keep hands out of the cutter path. These control the stock. They do not replace a cutter guard.

✦ Matching: the workbench's first read

does (plain matchable operations)

Each is conditional on the operation being approved for the specific router, table and bit, and on a table, fence, bearing, template, sled or jig positively supporting and guiding the work.

• Edge profiling and molding: roundover, chamfer, cove, ogee and similar profiles.
• Cope-and-stick joinery and raised-panel cabinet doors: the most commonly cited router-table job. A matched stile-and-rail bit set cuts profile and joinery (groove plus stub tenon) in one setup. Cope the rail ends first, backed by a sacrificial board, then stick the long edges. Bit sets of this kind are sold as table-only by their makers; trade sources state it plainly ("these bits are only to be used in a router table," WoodWeb). Always read the bit maker's approved-use and maximum speed.
• Box/finger joints via jig: a documented table-compatible indexing jig run against the fence.
• Dovetails via jig: a router-table-specific two-bit, two-sled method, distinct from handheld dovetail jigs. Use only a documented table-compatible method with primary instructions.
• Rabbets and dadoes and grooves: straight bit against the fence.
• Bearing- or template-guided pattern routing: shape duplication with a bearing-guided bit or a secured template. Flag: this is somewhat more associated with handheld routing; the table version is narrower.
• Mortise-and-tenon: only through a documented router-table jig or a clearly described table-compatible method with primary instructions. (The Leigh FMT Pro was removed here: it is a dedicated fixture used with a plunge router, not evidence for a router-table match. review fix 7.)
• Trueing an edge, within limits: see kit-fit below.
• Sign-making and lettering: V-groove bits; real but not strongly a table specialty.

suits (projects, stages, materials)

• Cabinet doors (raised panel, cope-and-stick rails and stiles). Most bit sets are tuned to about 3/4 inch stock, tolerant of roughly 11/16 to 7/8 inch. Uneven thickness across rails and stiles makes bad joints.
• Face-frame work and drawer joinery (box joints), which use the same fence and jig infrastructure.
• Narrow, longer parts are more controllable on a table than handheld, because the piece is supported by table and fence. This is not true of tiny, short pieces. Lonnie Bird's Fine Woodworking guidance: "Avoid shaping small stock. Instead, shape a larger piece and reduce it in size afterwards."
• Materials: wood and wood products. Non-wood materials (plastics, composites, metals) only if every component maker (router, table or insert, collet, bit) explicitly approves the material, tooling, speed, workholding and chip or dust collection method. Industrial machine capability does not transfer.

kit-fit (pairs with / substitutes for / can't replace)

• Pairs with: featherboards; a router lift; a miter gauge and T-track for crosscut jigs and hold-downs; push blocks; matched bit sets; dust collection at fence and table.
• Substitutes for, with limits, edge trueing. An offset-fence setup (infeed and outfeed sections offset by the cut depth, as in Bassett's windowed fence) can true suitable edges within the table's support capacity. It is not a general jointer replacement. For longer or heavier stock, where the table and fence cannot supply full control and support, use a jointer. Face-jointing a cupped or twisted face is not a normal safe router-table job: the bit is vertical and nothing takes controlled material from the high spots of a face. Specialized fixtures are covered by their own instructions. (The earlier "3 to 5 feet" cutoff and "cannot face-joint at all" are removed; no universal length boundary is supported. review fix 20.)
• Substitutes for, with limits, light shaper work. On smaller light-duty profiling and joinery. Compare representative manufacturer specifications, not stereotypes: speed, torque, reversibility, duty cycle and spindle support vary by model. Qualitatively, shapers commonly support larger spindle-mounted cutters and heavier production duty; router tables use router-rated collet tooling. Verify speed and any direction reversal on the specific machine.
• Cannot replace: a table saw for ripping to width (see How NOT to use it); a jointer for long stock; a shaper for production-volume or large-diameter-cutter work.

not-for (project-keyed)

• Ripping to width and resawing (see the reasons below).
• Face-jointing in the ordinary sense.
• Long-stock edge jointing where the table and fence cannot fully support and control the work.
• Production-volume, large-cutter, or reversible-grain work: route to a shaper or industrial machine.
• Oversized, shaper-rated cutters on a router table. The caution is sourced by mechanism (rated speed, mass, collet-only support against a through-spindle). No single manufacturer bulletin stating the warning was located. Verify against the bit maker's spec sheet.
• Any non-wood material not approved by every component maker (see suits).
• Any bit, collet, shank, insert opening or operation not approved by the router, table and bit makers.

access (skill level)

Beginner-usable, but it needs structure from the first cut. A reasonable progression, inferred and not quoted from a curriculum: start with simple roundover and edge-profile cuts on well-supported stock, with a fence, guard and featherboard; add jointed operations (cope-and-stick, raised panels, box joints, dovetails) once fence setup, feed control and bit height are comfortable. The safety baseline below applies from the first cut.

revival

The table's appeal is control: taking work that was "precarious... wobbly and unsafe" with a handheld router and making it supported and repeatable. A single Woodworking Talk account of feeling "like a real woodworker" after a first table could not be re-verified and is not quotable as settled. A stronger first-person revival account is a good target for a future pass.

schema additions (the reviewer)

router_compatibility, table_or_lift_compatibility, collet_and_shank, bit_max_rpm, router_speed_range, approved_mode, guard_required, guide_method, minimum_workpiece_control, feed_geometry, insert_clearance, material_approval.

Anatomy

• Table: the flat work surface. In Bassett's patent it is split in two slabs bridging a sliding carriage; most modern commercial tables are a single molded or MDF/laminate top with a router-plate insert.
• Router plate / insert: the removable panel the router mounts to from below, matched to a bit-clearance opening.
• Fence: guides the work past the bit. Router-table fences have adjustable faces (so the opening can be set close to the bit), a guard and dust pickup; infeed and outfeed sections can be offset to compensate for material removed.
• Bit opening / throat plate: the hole the bit projects through. Use the smallest suitable opening to keep the surface supportive.
• Router lift (where fitted): raises and lowers the router motor from above the table. Distinguish a lift, an above-table base adjustment built into the router, and a simple removable plate.
• Miter slot / T-track: for a miter gauge, sled or hold-down hardware.
• Starter pin: a fixed post near the opening that serves as a lead-on pivot for bearing- or template-guided curved work, used until the bearing or template is fully engaged. Follow the table manual (see How NOT to use it).
• Guards: a clear fence guard, and on tables such as the Bosch RA1181 a separate starter-pin guard, are supplied by the maker (per Bosch's product page as reported by the reviewer; page not re-read this pass).
• Dust port: increasingly standard. Wood dust is an IARC/NIOSH-recognized carcinogen hazard, and router-table work makes fine dust at hand height.

Variations (living)

• Benchtop router table: compact, clamps to a bench or its own short stand; entry-level, e.g. Bosch RA1181.
• Cabinet-style / standalone router table: floor-standing, often enclosed base for dust collection and storage; e.g. JessEm, Woodpeckers, Rousseau.
• Table-saw-wing-mounted router table: a router insert in the saw's extension wing. A rip fence is not automatically a safe router fence. It may lack a cutter opening, adjustable faces, a guard, dust pickup and the right geometry to avoid trapping. Use a router-table insert and a router-approved fence face, guard, clearance, switch and dust arrangement, per the maker.
• Router table with integrated lift: a premium and common modern configuration. The router body is raised, lowered and bit-changed from above the table. Tradeoffs: cost, plate and router compatibility, setup. Fixed-base, plate-mounted, compact and above-table-adjustable systems all remain legitimate.
• Router with above-table adjustment (no separate lift): following Porter-Cable's 2003 890 Series.
• Two different machines sometimes called "horizontal": the earlier entry used "horizontal router table" for a vertically mounted router "cutting sideways." That description was geometrically contradictory and is withdrawn. From the patents read this pass:
  • US 4,787,127 (Jerrold R. Beall; filed 20 Mar 1987, published 29 Nov 1988), "Combination slot mortising, horizontal boring, router table and overarm router machine." One machine, three configurations. In the slot-mortising/horizontal-boring mode the spindle axis is horizontal, with the work on an X-Y-Z table on a vertical column, fed toward the bit by lever. In its router-table mode the spindle axis is vertical, underneath, with the bit protruding up through a hole.
  • US 4,844,135 (Bradley R. Witt per the Google Patents record; filed 24 Oct 1988, granted 4 July 1989), "Panel routing method and means." Cutter axis is vertical. The panel is held on edge on the worktable and slid against a guide fence, using tall, narrower cutters to lower tip speed compared with wide panel-raising bits. The earlier unresolved inventor conflict is not fully resolved; the Google Patents page names Witt only.
  • Neither is a loose synonym for a side-routing fixture. For the dedicated professional machine see Slot Mortiser (Horizontal Spindle); the DIY patent machine and the dedicated door/window-shop machine are different tiers.

Trades

Cabinetmaking and furniture-making: primary home; cope-and-stick doors are the signature job. General woodworking and hobbyist shops: the router table's original and still-common context, widely adopted as a lower-cost alternative to a shaper. Millwork and trim: profiling and edge treatments. Sign-making: V-groove lettering, not strongly differentiated from handheld or CNC use. (The earlier "light metalworking and plastics fabrication" line is removed. It rested on C.R. Onsrud's industrial inverted router handling those materials, and an industrial machine's capability does not carry over to a portable router in a table. review fix 6.)

Lineage

Ancestor (the tool it carries): the handheld electric router. The Router entry traces it. Verified patent trail from Run 241: US 449,571 (J. Barnes, 1891) → US 877,894 (George L. Kelly, 1908) → US 1,514,894 (Ray L. Carter, issued 11 Nov 1924) → Stanley Works acquired Carter's router line in the 1930s → the ELU plunge router c. 1949. The router is much older than any router table. (The portable-router chain through the acquisitions came via Wikipedia plus patent links in Run 241. Use the patents for what they disclose; ownership and naming claims need separate corporate-history sources.)

A documented purpose-built router table: US 4,679,606, "Router table." Inventor Alvin L. Bassett, an individual filer. Filed 7 July 1986, granted 14 July 1987 (read on Google Patents this pass). It shows a table top split by a gap with a movable carriage that carries the router and slides along it, and a fence with a window that lets the bit sit beyond the fence plane to plane a work edge, with adjustable fence sections. Bassett is a documented inventor of one purpose-built router-table arrangement. This was the earliest patent with the exact title "Router table" located in Run 241's search. The search was not exhaustive, and a title search cannot establish who first used the idea. Patent priority is not invention priority.

Ancestor practice (undated, diffuse): woodworkers are widely described as mounting handheld routers upside-down under shop-built tables, using the router's own depth adjustment to raise the bit. No single inventor or date is credited anywhere found. Source: Wikipedia, "Router table (woodworking)" (medium confidence; no primary citation). "No first inventor found" is a valid conclusion of this research.

A different machine: the industrial inverted pin router. Not the portable-router table. In a pin router, the cutter spindle and the template-following guide pin are separate parts aligned with each other. The traditional overarm pin router has the guide pin and the cutter on the same axis, with the template under the work. US 4,537,234 ("Routing machines," Charles R. Onsrud, Troutman NC) was filed 7 Sept 1982 and granted 27 Aug 1985 (read on Google Patents this pass). It describes an inverted pin router: the cutting spindle sits beneath the work table and moves vertically, the template lies on top of the work face up, and the operator engages the guide pin into the template visually. This patent is not a 1976 patent. Separately, in Run 241 the C.R. Onsrud company page (cronsrud.com/inverted-routers) was read, and it says the Inverted Router has operated on shop floors since 1976. That is company testimony. The page could not be re-read this pass, and no 1976 patent or application was located. The link between the company's 1976 claim and the 1985 patent is unresolved. See the Pin Router entry (Run 385) for the pin-router patent chain.

Cousin (does overlapping work, older, different mechanism): the shaper or spindle moulder. A shaper commonly supports larger spindle-mounted cutters and heavier production duty. A router table uses router-rated collet tooling and the capability of the installed router. Speeds, torque and reversibility vary by machine, so check the specific machine rather than assuming (WEHO Machinery, "Spindle Shaper vs Router Table," trade/retailer, medium confidence).

Later refinements (attributed, not settled priority):

• Router lift. Fine Woodworking's 2025 retrospective credits JessEm with introducing the first router lift in 1999 (Asa Christiana, "A Timeline of Tool Innovations," finewoodworking.com, 2025-07-03; read in Run 241, not re-read this pass). This is a trade retrospective's priority claim, not a completed prior-art study. A LumberJocks thread titled "Inventor of the First Router Lift" was found by name but could not be read. The retrospective's wider statement that lifts helped router tables replace shapers is an opinion about adoption and is not carried here as fact, since no independent market evidence was found.
• Above-table adjustment in the router. Porter-Cable's own milestone timeline states it released the 890 Series with above-the-table height adjustment in 2003 (company page, not re-fetched). Treat "first" as Porter-Cable's own claim.

Related, not lineage: Leigh's and Ken Grisley's dovetail-jig history belongs to the broader router-jig ecosystem and is covered in its own entry. It is not evidence of how the router table developed.

History

Origin: a shop practice that outgrew itself, not a single invention. Every source found agrees the router table began as individual woodworkers' own solution, well before any manufacturer sold one. No named first builder or date exists. Manufacturers followed the practice, first with aftermarket tabletops, fences, inserts and hold-downs, later with complete packages. The router table came to occupy some of the same light-duty profiling and joinery roles as a shaper, and was widely adopted as a lower-cost, smaller alternative in home and small shops.

The Petroski lens: what failure did it fix? The handheld router's limits on small or narrow work. A baseplate with little to rest on makes handheld routing of a thin strip "precarious... wobbly and unsafe" (WWGOA, "Jointing With a Router"). Flip the tool under a table and the work rests on a flat surface and a fence. A second driver is cost and footprint compared with a shaper; trade sources repeatedly call the router table a lower-cost alternative.

A dated refinement chain (each step attributed): shop practice (undated) → first manufacturer accessories (undated; a scanned 1982 Sears Craftsman "Router Bits and Accessories" catalog on Internet Archive gives only a floor date of 1982) → Bassett's patented fixture 1986/87 → JessEm's router lift, 1999 (attributed to Fine Woodworking's retrospective) → Porter-Cable's 890 Series, 2003 (company's own milestone).

Honest gaps: no first builder, workshop or year; no confirmed date for the first commercial router-table product; DATAMP.org could not be queried; Rousseau's founding is unknown; no 1976 Onsrud patent located.

Human side

Traditions and trades. Mostly a cabinetmaking and furniture fixture. Its signature job is cope-and-stick cabinet doors. It also shows up in sign-making (V-groove bits) and light millwork.

Named hands. Alvin L. Bassett, a documented inventor of one purpose-built router-table arrangement (above). Charles R. Onsrud, inventor named on the 1985 inverted pin router patent; this is the industrial pin-router lineage, not the portable-router table. JessEm (family-owned, New Brunswick, Canada), credited by Fine Woodworking's retrospective with the first router lift in 1999.

Two attributed forum accounts of what going wrong costs. Neither is injury-rate evidence.

• "Womble," Fine Woodworking forum, 6 December 2006, "Router accident – gruesome." He reports profiling tiger maple, choosing to climb-cut the final pass of about 1/16 inch because of chip-out, and the workpiece catching and pulling his hand into the cutter after ten feet of successful routing. He reports six hours of surgery, a vein graft, a nerve graft, a skin graft, five days in hospital, and roughly three-quarters of the thickness of a ring finger removed over about an inch. His words: "I knew it was dangerous, I heard the little voice, 'if it auto-feeds, it'll pull your hands' but stupidly I continued. Stupid, stupid, stupid." Featherboards were on the table but not engaged for that pass. This account is used here for its own reported facts only.
• "Pondfish," a second poster on the same thread, describes a separate incident of fingers pulled into a cutter. This is a similar hazard reported by someone else. It does not verify Womble's account, and its remark about nerve impulses is rhetorical testimony, not verified physiology, so it is not carried as mechanism.

✦ Proof of existence

A documented purpose-built router table: US 4,679,606, "Router table," Alvin L. Bassett, filed 7 July 1986, granted 14 July 1987 (Google Patents, https://patents.google.com/patent/US4679606A/en, read this pass). Good evidence for that design. It is not proof of the category's origin.

The industrial inverted pin router: US 4,537,234, "Routing machines," Charles R. Onsrud, filed 7 Sept 1982, granted 27 Aug 1985 (https://patents.google.com/patent/US4537234A/en, read this pass). The company's own statement of a 1976 Inverted Router is company testimony from Run 241; no 1976 patent was located and the link to this patent is unresolved. Relevant to the pin-router lineage, not to the portable-router table.

Manufacturer milestone records (company-primary, not re-fetched): Woodpeckers' "About Us" states it began making router tables and mounting plates in 1993 (founded 1988). Porter-Cable's milestone page states the 890 Series (2003) added above-the-table height adjustment. Both are evidence of the company's own releases; "first in the industry" is not independently verified.

Documentary floor date: Sears Craftsman "Router Bits and Accessories," 1982 catalog (Internet Archive, https://archive.org/details/searscraftsmanrouterbitsaccessories1982): router-table accessories were a retail product by 1982 at the latest.

Gaps: no museum or collection holding an early router table; DATAMP not queried.

References

Removed from the earlier list: the Carbide Processors blog on broken bits (it supported the withdrawn "slightest vibration" line) and the ToolsToday bits-versus-cutters page was not re-checked; neither is relied on here.