How to Remove Trim and Molding for Reuse

The register's three-SKU union is a set of evidence leads, not blanket endorsements.

Time: one opening or one short wall may take an hour; a room commonly takes most of a day once documentation, de-nailing, cleanup, and protected storage are included. Salvage is deliberately slower than demolition.

Difficulty: patience and diagnosis. The lever is simple; reading installation order, finding each fastening, and spreading load are the craft.

Everything else: eye protection; cut-resistant work gloves; utility knife with fresh blades; thin sacrificial putty/taping knife used as a wall shield, not as a lever; broad plywood or hardboard bearing pads; wood or composite shims; small hammer for the strike-rated 19460 only; end-cutting nippers and locking pliers; nail punch; stud/fastener and utility-detection aids; painter's tape, pencil, camera, bags, and labels; level floor racks or straight stickers for storage; HEPA vacuum and lead-safe containment where required.

Hard boundary: this is finish-trim salvage, not structural demolition. Stop for load-bearing members, active utilities, built-in electrical or hydronic baseboard, plaster ornament, stone, tile, metal trim systems, glazing beads still retaining glass, or any assembly whose removal changes weatherproofing, fire separation, egress, or structural support. A pry bar does not convert those systems into ordinary molding.

Stop gate 1 — find utilities before steel enters the joint

Trim hides edges, and edges are where trades route things. Baseboard can conceal receptacle feeds, low-voltage cable, radiator pipe, hydronic tubing, abandoned gas lines, and later remodel work that never followed the original framing plan. Door and window casing can hide alarm contacts, thermostat wire, shade wiring, and fasteners driven into metal corner bead. Crown and picture rail can sit over cable runs near the ceiling. The correct first move is an assembly and utility survey, not a harder hammer swing.

Inspect both sides of the wall and the spaces above and below. Note receptacles, switches, plumbing fixtures, radiators, exterior penetrations, alarm contacts, and recent repairs. Trace what you can from the basement, crawlspace, attic, or accessible service area.

Identify trim that is actually equipment. Electric or hydronic baseboard-heater covers, pipe chases, raceways, wire mold, and access panels are not finish molding. Isolate their energy source and follow the equipment or trade procedure; do not pry them as wood trim.

De-energize circuits serving the work wall when the trim borders electrical devices or concealed wiring is plausible. Verify the condition with an appropriate tester. Turning off a light switch is not circuit isolation.

Use detection aids as clues, not permission. A magnet can locate finish nails and studs; a multi-mode detector may indicate metal, live conductors, or density changes. No handheld detector proves a wall empty. Conflicting or unexplained readings are a stop, not an invitation to drive deeper.

Limit every entry to the trim plane. The tool needs to get behind the molding, not spear into the cavity. If the joint will not admit the end at controlled depth, expose or diagnose the fastening rather than extending the swing.

Stop on an unfamiliar hard object, springy cable feel, hiss, odor, heat, moisture, or unexpected movement. Withdraw without twisting. Isolate the affected service and have the proper trade identify it before resuming.

The 45600 and 45610 carry no strike rating in their product records; neither is taught under a hammer here.

Stop gate 2 — pre-1978 paint changes setup, removal, and cleanup

Removing painted trim scores, flexes, chips, and sometimes scrapes a painted surface. In a pre-1978 home—or one whose age or paint history is unknown—that disturbance can create lead-contaminated dust and debris.

For paid work in pre-1978 housing and child-occupied facilities, the EPA Renovation, Repair and Painting rule generally applies to firms disturbing painted surfaces.

DIY owners should establish whether lead-based paint may be present, contain the work area, keep occupants and pets out, minimize dust, use appropriate protective equipment, clean with HEPA and wet methods, and control waste. EPA's current Lead-Safe Renovations for DIYers specifically names removing trim among dust-generating renovation activities.

Score the seam with controlled, shallow cuts; mist where the lead-safe plan permits; catch chips at the source; never dry-sand or grind the paint ridge as ordinary prep. A vacuum called “shop vac” is not automatically HEPA-rated.

Keep every removed painted piece, loose chip, tool, shoe, and label inside the containment logic until cleanup passes. Salvage does not make contaminated debris clean.

Lead-safe work is a different production plan, not safety prose added after ordinary demolition instructions.

Stop gate 3 — decide whether the trim can survive

Before promising reuse, identify what is in front of you.

Solid old-growth or clear softwood/hardwood: the best salvage candidate.

Finger-jointed or modern solid-wood trim: usually salvageable if nailed rather than glued. Finger joints become local weak points; never let a joint span the unsupported space between the wall and one proud pry location.

MDF: the least forgiving. It has no long grain to bridge a bend, swells when wet, and can delaminate around fasteners or construction adhesive. Nailed, dry MDF may survive progressive removal; heavily glued MDF often fails within itself before the glue releases. State that risk before work begins.

PVC or composite molding: material-specific. It may be flexible along a run and brittle at a cold miter, or installed with adhesive/hidden clips. Confirm the maker and fastening system before treating it as wood.

Veneered, gilded, faux-grained, or architecturally significant trim: the face finish may be more valuable than the stock. Photograph, test an inconspicuous location, pad every contact, and involve a conservator where loss is unacceptable.

Plaster grounds, run plaster cornice, and ornamental plaster: not pry-bar work. What looks like molding may be plaster formed in place or a wood ground embedded before the finish plaster. Stop and identify it.

Glazing bead: if it still retains a pane, secure the glass and use the glazing-system method.

Stop gate 4 — map the assembly and every kind of hold

Trim can be held by more than finish nails. Read all of the holds before breaking any one of them:

paint or caulk seal along wall, jamb, floor, ceiling, or adjacent trim;

face nails, brads, or pins, often visible as filled dimples or found with a magnet;

toe-nailed or cross-nailed joints at miters, copes, returns, scarf joints, stool/apron connections, and built-up profiles;

screws hidden under plugs, filler, rosettes, or hardware;

construction adhesive as beads or full-bed bonding;

clips, splines, biscuits, dowels, pocket screws, or interlocking profiles;

plaster keys or finish plaster lapped onto grounds in old construction.

Photograph the complete assembly before removal. Mark joints, damage, and existing repairs. Find the installation sequence: the last piece installed usually comes off first. A coped end laps a square-cut neighbor; a return may be pinned through its back; a window apron may be nailed upward into the stool; a built-up crown can be several independently fastened layers. If the order is ambiguous, open one controlled inspection gap and look—do not decide by force.

The exact tool roles — choose by the hold and the consequence

| Exact SKU | Grounded role in this job | Choose it when | Do not turn it into |

Always use a broad wall shield. | A struck tool, fine profile scraper, or promise of built-in wall protection. No strike rating is sourced. |

False neighbors: a stiff putty knife can shield a wall or slice an exposed adhesive bead, but its tang and edge are not a pry bar. A wrecking bar supplies more leverage than finish trim and drywall can safely receive. The 45200 Window Opener severs a paint bond in a sash; no pry bar belongs near its glass. The 43670 Dig-it™ excavates dead caulk, grout, and mortar from joints; it is not a molding lever. Contour scrapers remove coating from a profile after it is secure; they do not remove the profile from the wall.

Preparation — make the reinstall plan before the first piece moves

Build the location code

Assign every room, wall, opening, and layer a short code. For example: room + compass wall + assembly + sequence. Mark the code on the back of each piece as soon as it loosens, before it can trade places with a visually identical neighbor. Use painter's tape only where its adhesive cannot damage a historic finish; otherwise pencil an unfinished back.

For a door or window, photograph the reveal and label left leg, head, right leg, apron, stool, stop, and any rosette or plinth separately. For a baseboard run, mark start/end orientation and sequence through inside corners, outside corners, and scarf joints. Add an arrow for “up” or “toward opening” where reversal would matter.

Prepare a landing and storage route

Clear a path longer than the longest piece. Set padded trestles or a level rack where trim can land without being stepped on. Long molding breaks after removal when someone leans it against a wall, not necessarily while it is being pried. Prepare straight stickers/supports at close enough intervals that flexible pieces cannot sag.

Protect the surfaces that stay

Cover floors and adjacent finish. At every bar fulcrum, place a broad, stiff sacrificial shield—thin plywood, hardboard, a wide taping knife, or equivalent—between tool and wall. On soft drywall, the shield must spread beyond the small footprint that would crush gypsum. On plaster, a wider shield spanning sound backing is even more important: plaster keys can crack behind an intact-looking face.

The shield is not optional just because the 19460 spreads force by design. Its geometry reduces pressure; delicate wallpaper, fresco, soft plaster, and finished flooring may still need a sacrificial contact layer. The 45600 and 45610 depend on the shield for their wall-protection method.

Removal — the complete sequence

Remove what was installed last

Take shoe or quarter-round off before baseboard. Remove applied beads, corner blocks, rosettes, stops, or built-up outer layers before the member they conceal. On door casing, legs commonly release before the head; on window trim, apron and other applied parts commonly precede the casing. These are common orders, not a substitute for reading the actual joints. Fasteners through the overlap decide the order.

Support long and overhead pieces before the last fastening releases. Crown and picture rail are two-person salvage when length, height, or a brittle joint makes one-handed capture unrealistic. Use proper access equipment; do not hold a long loose molding while balancing on a top step.

Cut every finish bridge

With a fresh utility blade, score where trim meets wall, jamb, floor, ceiling, and adjacent trim. Make several light controlled passes rather than one deep stab. The goal is to sever caulk and paint exactly at the joint, not enter the wall cavity.

At miters and copes, score the paint film joining the two pieces. At a heavily caulked top edge, cut from both directions if one pass merely compresses the bead. If the caulk is elastomeric, remove or slit enough of it that it cannot pull wall paint as the gap opens.

In lead-safe work, this cut happens inside containment with dust/chip control. In any work, a finish bridge left intact becomes a zipper: the trim leaves and carries a strip of paint or drywall paper with it.

Create the first gap without spending the whole damage budget

Choose an exposed end, a joint already scheduled for repair, a location near a known fastener, or the wall side of a piece where a small bruise will not touch the show edge. Never begin on the reveal edge of door/window casing; that is the line everyone sees after reinstall.

With 19460: place the claimed wedge at a fastening location, keep the holding hand behind the guard, and use controlled hammer taps to start the wedge. Advance only until the first thin shim or shield can enter. Hammering is sourced for this tool; a heavy blow is still poor technique.

With 45600: introduce a clean ground end by hand into the scored seam while its bend bears on a broad shield. Wiggle and lever only enough to admit a shim. Do not hammer it.

With 45610: use the actual bar only after inspecting the end and confirming it can enter by hand without requiring an unclaimed feature. The method is hand pressure over a broad shield. Do not assume a bend, nail slot, scraping edge, or striking surface.

If no tool can enter without crushing the face, open the seal more carefully, expose a plugged screw, remove a neighboring layer, or sacrifice a hidden back edge that is already scheduled for repair. Salvage sometimes spends damage, but it spends it in a chosen invisible place.

Find the first fastening from the resistance

Once a narrow view opens, use light and a thin probe to locate the nail, brad, screw, clip, or adhesive. Do not thrust the probe deeper than the trim plane. Resistance concentrated at a dimple or stud line suggests a fastener; resistance spread across the field suggests adhesive or plaster overlap; a hard hold at a joint suggests a cross-fastener, biscuit, dowel, or screw.

If a screw is found, expose and reverse it. If a plug conceals it, remove the plug from a repairable location rather than levering the screw through the trim. If a hidden clip system appears, identify its release direction. A pry bar cannot negotiate with a screw; it can only tear the material around it.

Walk the fastener line with progressive shims

Lift at the first fastening only enough to reduce its grip, then insert a thin shim to hold that gain. Move to the next fastening and repeat. Continue the full run, then return for a second pass with slightly thicker shims. The trim should move away from the wall nearly parallel along its length.

This is load distribution in practice:

lift at fastenings, not midway between them;

keep several points sharing the load;

leave shims behind so released areas do not snap shut;

use the broad shield at every fulcrum;

take more, smaller passes as material becomes older, thinner, more profiled, or more brittle.

One end pulled free while the far end remains nailed turns the whole molding into a lever against its own miter. One heroic heave bows the board between fasteners. Progressive shims replace both failures with a controlled, shared curve.

On plaster, listen as well as look. A hollow crackle or a field beginning to move can mean plaster keys are breaking behind the face. Stop, widen the bearing area, move closer to framing/fastenings, and reduce each lift. On MDF or finger-jointed stock, support both sides of every joint so the joint never becomes the only bridge.

Separate adhesive instead of overpowering it

When the fasteners have relaxed but a mid-span area still holds, assume adhesive until proved otherwise. Look through the gap. If an accessible bead is present, keep the trim supported and slice the bead with an appropriate hand blade held in the exposed gap, cutting toward a safe void and away from finished faces and utilities.

Full-bed adhesive, foam tape, or construction adhesive stronger than MDF changes the salvage decision. Do not increase leverage until either adhesive or substrate tears and then call the outcome surprising. A repairable strip of drywall paper may be the least-cost sacrificial layer; historically significant wall finish may make removal unacceptable. Agree on which surface, if any, may be sacrificed before continuing.

Release joints in reverse construction order

Baseboard: shoe first; then the run in progressive passes. At a coped inside corner, release the coped member before trying to drag its nose past the square-cut piece. At an outside miter, loosen both legs near the joint before either leg moves far. At a scarf, expect a cross-nail through the overlap.

Door casing: protect the jamb-side reveal. Loosen both legs in rotation; support the head before its last nail. A leg freed at the floor while still tied into the head uses the miter as a hinge and breaks it.

Window casing, apron, stool, and stops: document the assembly because order varies. Aprons may be nailed upward into stools; stools may run beneath casing legs; stops may control a sash or glass. Secure anything that moves or retains glass before removing its trim. Work from wall side, not against the show reveal.

Chair rail, picture rail, panel molding, and built-up profiles: identify returns and applied layers; tiny returns are often pinned through a joint and are easy to lose. Support each released segment and bag loose blocks with the parent piece.

Crown: inspect for backing blocks, clips, scarf joints, ceiling and wall caulk lines, and built-up layers. Score both planes. Use two people and a supported platform; progress along both wall and ceiling fastenings so the profile does not rotate around the one line still holding.

Catch the piece before the last nail does

As the final fastenings relax, one person supports the member while the other controls the tool. Do not let a long piece hang from its last brad. Pull it square to the wall until the remaining fastener shanks are visible; twist only if the assembly's joint requires it and the trim is fully supported.

If a nail remains in the wall, do not drag the finished face sideways across it. If a nail comes with the board, do not lay the board where the points can scratch another piece or puncture a hand.

Fasteners — remove them without blowing out the face

Deal with wall-side fasteners over a shield

The 19460 has a claimed integrated nail puller; the 45600 has a claimed nail slot. Seat the appropriate claimed feature fully on an exposed finish-nail shank, place a broad sacrificial pad under the bearing point, and roll the tool in a controlled arc. The pad receives the fulcrum mark, not the wall.

Use end nippers, pliers, or another verified fastener tool rather than inventing one from the product name.

Cut protruding fasteners only when pulling would damage a protected substrate and the remnant can be made safe and handled by the repair plan. Do not leave sharp points proud under the next installation.

Pull trim-side finish nails through the back—where appropriate

For a small-headed finish nail or brad whose head can pass through the wood without unacceptable damage, grip the shank tight to the back face with end-cutting nippers or locking pliers. Roll the tool over a thin sacrificial block and draw the point through the back. The tiny hidden exit is preferable to driving the nail forward and bursting a crater of show-face fibers around its head.

“Through the back” is not a universal command:

Screws are backed out, not pulled through.

Large-headed nails, ring-shanks, staples, clips, and decorative fasteners may tear a larger path; identify and remove them by their own geometry.

Brittle veneer, gilding, thin returns, or split stock may need the shank cut flush and the remnant extracted during bench repair.

Bent nails are straightened or clipped under control before they are rolled; forcing a hook through wood creates a second mortise.

Never hammer a finish nail back toward the face merely because that is the direction it entered. That is the classic one-second destruction of an otherwise successful salvage.

Clean only what the reinstall needs

Remove loose caulk ridges, friable filler, and adhesive lumps from the back and joint edges so the piece can sit flat. The 45600's claimed ground scraping ends can rough-clean a reveal or back edge, but they are demolition-grade: keep them off a show profile and hand fine work to a proper scraper or bench repair method.

Preserve evidence before cleaning historic pieces. Old paint lines, wallpaper fragments, nail patterns, carpenter marks, and profile “ghosts” can show installation sequence and building history. Photograph and label them. Cleaned bare wood is not automatically more valuable than documented original fabric.

Labeling, storage, and the reinstall handoff

Make every piece self-identifying

Write the location code, orientation, sequence, and mating-joint code on the back. Photograph each labeled piece beside its opening or wall. Bag rosettes, returns, clips, screws, plugs, and reusable hardware by assembly; never make one room-wide “trim hardware” bag.

room/wall/opening and left/head/right or run order;

top/up and room-facing direction;

original reveal or reference measurements where they matter;

which joints are coped, mitered, scarfed, splined, or pinned;

cracks, missing sections, rot, lead-safe status, and repairs required;

hidden utilities or unusual fastenings discovered;

any wall damage or sacrificial layer agreed during removal.

Store flat, straight, dry, and supported

De-nail or render every point safe before stacking. Place long pieces flat on a level rack with aligned supports; keep slender profiles from sagging between stickers. Separate fragile finished faces with clean non-abrasive material. Keep sets together and protected from foot traffic, direct sun, rain, concrete moisture, and rapid humidity change.

Do not lean long baseboard or casing in a corner “for now.” Gravity sets a bow; a bowed salvage piece is hard to pull back to an old wall without splitting a joint. Do not bind a stack so tightly that proud profiles crush one another.

Hand a reinstallable system to the next person

The handoff is not “trim in the garage.” Deliver the photo map, location schedule, hardware bags, damage/repair list, utility notes, and stacked labeled sets together. The installer should be able to dry-fit every original assembly in order before choosing new fastener locations.

Old nail holes are historical evidence and weak fastening points, not a command to drive the old nails back through them. The reinstall plan establishes compatible new fasteners, backing, finish repair, adhesive policy, and any wall/plaster repair before attachment. Reproduce the recorded reveal and joint order; use the smallest necessary new intervention; preserve drainage or operability at windows and doors. This guide ends at a verified, reinstallable handoff—the fastening schedule belongs to the substrate, trim material, and installation specification actually chosen.

What goes wrong — symptom, cause, recovery

The paint tears up the wall in a long strip. A finish bridge remains. Stop pulling, support the trim, re-score the joint from the opened side, and cut the film back to the intended seam. Do not “finish the tear” because repair has already begun.

The drywall caves behind the bar. The fulcrum was unshielded, the shield was too small, or the lift happened between framing/fastenings. Move to a broad rigid pad, work at the nail line, and spread the next lift across more points.

Plaster looks intact but crackles or moves as a field. Keys are breaking behind it. Stop, reduce lift, widen bearing to sound support, and change to more locations. A later-appearing plaster crack is still removal damage.

The board bows like a fishing rod. One point is too far ahead or the work is mid-span between fasteners. Back off, shim the neighboring fastenings, and bring the whole run out parallel.

A miter opens or snaps. One leg was freed while the other or a cross-fastener still held. Support both sides, expose the hidden fastening, and treat the joint as bench repair before more movement.

The trim moves at nails but hangs in the middle. Adhesive or plaster overlap is holding. Look through the gap and cut/separate the bond; more leverage attacks the substrate, not the diagnosis.

MDF breaks in a fuzzy layer. The adhesive bond is stronger than the board or the board was bent between fasteners. Stop promising full reuse; decide whether a localized back repair is acceptable or replacement is the honest outcome.

A nail crater appears on the face. A finish nail was driven back out through its head. Pull qualifying nails through the back; screws and large heads get their own removal method.

The short bar slips and scratches the wall. Its end was not seated, the bearing shield moved, or the pull path aimed into the finish. Reset with a clean shallow entry, immobilize the shield, and stand so a release travels into clear space.

The 19460 wedge will not advance with controlled taps. A screw, clip, dense adhesive, utility, or wrong installation order may be stopping it. More hammer is not the answer. Withdraw and inspect.

The pieces are intact but no one knows where they go. Labeling happened after the pile formed. Reconstruct from miters, nail patterns, paint ghosts, and photographs if available; expect hours of avoidable fitting. The real fix is Step 1 before removal.

A long piece bows in storage. It was leaned or under-supported. Move it flat immediately with evenly spaced support; do not force it straight during reinstall and transfer that stored stress into a miter.

Dust and chips escaped a pre-1978 work zone. Stop ordinary work and follow the lead-safe containment, cleaning, waste, and clearance plan. Salvage progress does not outrank exposure control.

Buyer tests — the guide must make these decisions possible

Its hammering duty, force-spreading wedge geometry, trim/wall protection brief, hand guard, and nail puller are sourced. Reject 45600 and 45610 as struck substitutes; neither carries a strike rating.

Its 9-1/2" bent identity, nail slot, ground scraping ends, and molding-removal role are sourced. Reject it for hammer-driven entry or fine show-face scraping.

Painted-shut sash next to glass. Buy none of this three-SKU graph for the bond-severing step. The 45200 Window Opener or a controlled scoring method cuts the paint seam; leverage beside glass is the false neighbor this line expressly refuses.

Dead caulk remains after trim is safely off. The pry tools completed separation. A joint-removal tool such as 43670 may clean the old bead at its own job grain; do not use its digging points as a lever behind molding.

Heavily glued MDF base that must be perfect after removal. No tool can guarantee that outcome.

Pre-1978 painted casing on a paid job. Tool choice comes after the RRP plan. A 19460 can be the mechanical tool inside that plan; owning it does not supply certification, containment, HEPA cleanup, or records.

History — trim is a record before it is lumber

Trim has a more legible history because it stays on the building. The National Park Service's Preservation Brief 35 describes walls and their trim as evidence of construction, room use, and later alteration. It shows how successive generations add and remove moldings, leaving “ghosts” of earlier profiles, and notes that old trim was sometimes reused as blocking or shims. The back of a casing can therefore hold more reliable history than the freshly painted face: original carpenter marks, former wallpaper, nail campaigns, and the outline of a molding installed before the present one.

That evidence is why salvage is not merely thrift. NPS Preservation Brief 18 treats interior architectural elements and finishes as potentially character-defining and calls for their identification and evaluation before changes are planned. A casing profile controls the hierarchy of a room; a baseboard records floor height; a paint ghost can date an alteration. Labeling and photographing are preservation work, not warehouse manners.

The tools in this graph show two stages of removal history. The 45600 is the compact traditional answer: a bent, hardened pry bar with a nail slot and ends ground to scrape, combining levering and rough cleanup. The 19460 is the newer corrective: Hyde describes a wedge and increasing angle that distribute force specifically to remove trim and protect walls/materials—an engineered response to the damage a narrow fulcrum leaves behind.

The company's Our Story and 150th Anniversary pages are the source trail. No claim is made that Hyde invented the pry bar or trim salvage. Its defensible role is making named modern members of a very old lever family.

No member is silently omitted; no member is endorsed outside the role re-derived above.

External safety/history sources: EPA RRP — contractors · EPA — Lead-Safe Renovations for DIYers · NPS Preservation Brief 35 — Understanding Old Buildings · NPS Preservation Brief 18 — Rehabilitating Interiors in Historic Buildings · Hyde — Our Story · Hyde — 150th Anniversary.

19460: sourced claims are heavy-duty steel wedge body, hammering duty, force-spreading/increasing-angle trim-removal design, integrated nail puller, no-slip handle, and hand guard. Dimensions, weight, steel alloy, nail-puller slot geometry/capacity, and present patent status are not sourced; none is invented here.

45600: sourced claims are 9-1/2" bent pry bar, electrocoated high-carbon steel hardened and tempered, ground scraping ends, nail slot, and named molding-removal/box-opening/paint-scraping/nail-pulling uses. End widths, thickness, weight, and strike rating are not sourced; the guide forbids hammering it.

45610: sourced at exact product grain only as model 45610, 13-1/2" Stainless Steel Pry Bar. A retailer title's “bent” wording is uncorroborated. Nail slot, end geometry, widths, thickness, scraping duty, and strike rating are all unclaimed. Its trim-bar/general-lever treatment is explicitly Tier-1 class knowledge, not borrowed Hyde spec.

Utility detection: survey and detection techniques are Tier-1 safety practice. No detector is represented as proving a wall empty, and no product-specific sensing performance is claimed.

Fastener and salvage method: progressive shimming, protected fulcrums, reverse-order disassembly, back-pulling qualifying finish nails, labeling, and flat storage are authored trade knowledge. They do not convert an unknown clip, screw, adhesive, glazing, equipment, or structural system into covered work.

History: the pry bar is treated as an anonymous lever pattern; no inventor or origin date is asserted. Hyde founding language remains “early-to-mid 1870s” because company sources conflict. The 19460 “patent pending” statement is capture-dated and flagged, not promoted to a current patent claim.

This file supplies the canonical job-to-product return edge.

Tools this guide links back to: 19460 — primary struck, force-spreading salvage specialist · 45600 — short bent pry/scrape/nail-slot assist · 45610 — longer stainless pry-bar class member, feature-gated. Every register member is linked at exact SKU grain; the union is fully dispositioned and never treated as a blanket endorsement.