Woodworking Machine Setters, Operators, and Tenders Salary

Bureau of Labor Statistics title: Woodworking Machine Setters, Operators, and Tenders, Except Sawing

The median woodworking machine setters, operators, and tenders salary in the United States is $43,380 per year ($20.86/hour). Salaries range from $32,110 at the entry level to $56,830+ for the top 10% of earners. There are 61,420 woodworking machine setters, operators, and tenders jobs nationwide. Employment is projected to decline 1.8% through 2034.

Last updated: June 2026 Β· Source: U.S. Bureau of Labor Statistics

Median Salary
$43,380
per year
Hourly Rate
$20.86
per hour
Employment
61,420
jobs in the U.S.

Salary Distribution

10th percentile
$32,110
25th percentile
$37,100
Median
$43,380
75th percentile
$48,720
90th percentile
$56,830

Job Growth (2024-2034)

-1.8%
Decline

Annual Openings

6,400
jobs/year (growth + replacements)

Education Required

High school diploma or equivalent

Training Needed

Moderate-term on-the-job training

Woodworking Machine Setters, Operators, and Tenders Career Guide

Interview questions, resume templates, and a career ladder written specifically for woodworking machine setters, operators, and tenderss.

Woodworking machine setters, operators, and tenders (BLS SOC 51-7042, except sawing) run the fixed and CNC machinery inside cabinet shops, furniture manufacturers, casework fabricators, millwork shops, and engineered-wood component plants. The 'except sawing' scope covers routers, edgebanders, tenoners, mortisers, shapers, moulders, boring machines, wide-belt sanders, panel dowel machines, CNC nested-based routers, and CNC point-to-point machining centers β€” everything past the panel saw or ripsaw operation. Typical seats: CNC Router Operator at a Steelcase, Herman Miller, HNI, or KI office-furniture plant; Edgebander Operator at an Ashley Furniture, La-Z-Boy, MasterBrand Cabinets, or American Woodmark residential-cabinet plant; Shaper / Moulder Operator at a Kentucky Wood Floors, Somerset Wood Products, or Menards millwork facility; Boring / Insertion / Dowel Machine Operator at a Rev-A-Shelf, Blum, or KV drawer-box or accessory plant; wide-belt sander at a laminated-wood or veneer-panel facility; casework CNC operator at a Case Systems, VT Industries, or Marlite architectural-woodwork shop. BLS reports 61,420 employed at a median $43,380; p10 $31,410, p90 $59,970+. Entry Machine Tender $31-38k; established Operator $38-52k; Sr Operator / Setup Lead $48-62k; CNC Programmer / Cell Leader $55-72k; Shift Supervisor / Production Manager $65-95k. The single biggest earning lever is completing WCA (Woodwork Career Alliance) Sawblade + Green + Blue credentials, learning to program CNC in-shop CAM (Alphacam, Enroute, Cabinet Vision, KCDMaster) rather than only load prebuilt programs, and moving from a low-volume custom shop into a high-volume production line at Ashley, Steelcase, La-Z-Boy, MasterBrand, Herman Miller, or American Woodmark where pay scales tie to Sr Operator + Setup Lead + Programmer premium.

Core Skills Hiring Managers Screen For

CNC router operation (Homag, Biesse, SCM, Weeke, Anderson, Multicam, Thermwood, ShopSabre)
Setup and operation of 3-axis and 5-axis CNC routers on 4x8, 5x10, and 5x12 panel sizes. Nested-based routing for cabinet shops (parts nested in the sheet for cut optimization); point-to-point for door and drawer machining. Tool changer management (6-24 tools per station), spoilboard maintenance, vacuum-hold-down troubleshooting. Homag WoodWOP + Biesse XNC + SCM Maestro + Weeke WoodWOP fluency. Sheet-yield optimization β€” a good CNC operator saves 4-8% on sheet cost per program vs a poor one.
Edgebander operation (Homag, Biesse, IMA Schelling, Holz-Her, SCM Olimpic)
Setup and run of automated edgebander lines applying PVC, ABS, melamine, wood veneer, or 3D laser edges to panel edges. Sequence of stations: pre-milling β†’ glue application (PUR / EVA / hot-air) β†’ edge feeding β†’ end-trim β†’ top/bottom trim β†’ scraping β†’ buffing. Glue temperature and viscosity management, adhesive-line quality check, edge-tape magazine load, corner rounding for softforming. PUR (polyurethane reactive) glue vs EVA β€” PUR is stronger and more heat/moisture resistant, EVA is easier to run but less durable.
Shaper / moulder / tenoner setup and operation (Weinig Powermat, SCM Superset, Wadkin, Diehl)
Multi-head moulder (typical 4-6 head Weinig Powermat) for solid-wood profile cutting β€” base, casing, crown moulding, flooring, sash. Tenoner and mortiser for door and window rail-and-stile joinery. Cutterhead grinding and profile setup (grinding cutters on a Weinig OptiControl or similar profile grinder), feed-rate optimization, chip-load calculation (chip load = feed rate Γ· (RPM Γ— number of cutting edges)); knife balancing; hydrodynamic hold-down.
Wide-belt sander operation (Timesavers, Costa, DMC, SCM Sandya)
3-4 head wide-belt sander for panel sanding (rough β†’ intermediate β†’ finish) with typical grit progression 60 β†’ 120 β†’ 180 grit for veneer panels; 100 β†’ 150 β†’ 180 for MDF; 150 β†’ 180 β†’ 220 for pre-finished panels. Belt tracking, platen pressure adjustment, dust extraction optimization; oscillator setup on the intermediate head to prevent stripe patterns. Sanding rate tied to belt speed, feed speed, and platen pressure β€” get any of the three wrong and you burn the panel.
Boring / insertion / dowel machine operation (Blum Minipress, Grass Vionaro, Homag ABL, Vitap Point)
Multi-spindle boring machine setup for cabinet door hardware (35mm hinge cup + 8mm plate holes), drawer boxes (5mm system holes on 32mm centers), shelf pins. Automated hardware insertion (hinge cups, drawer slides, cam locks) via Blum Minipress or Grass Vionaro. Programming point-to-point machining centers for line-boring (Homag ABL) and hardware insertion in a single pass. Metric standards (32mm system) dominant in modern casework.
CNC programming and CAD/CAM fluency (Alphacam, Enroute, Cabinet Vision, KCDMaster, MicroVellum, Homag imos)
Cabinet Vision + MicroVellum + KCDMaster are the dominant cabinet-shop CAD/CAM systems that generate cut lists + CNC programs from the design model. Alphacam + Enroute are more general woodworking CAM. Homag imos is the tightly-integrated OEM ecosystem. A Sr Operator who can build and edit programs (not just load them) commands a 15-30% premium over a programs-only-loading operator.
Setup discipline, first-article inspection, and in-process quality
First-article inspection on every setup β€” dimensional check against print (typically Β±0.5mm on cabinet dimensions, Β±0.1mm on hardware bore locations), squareness check, edge-quality check on panel processing, joint fit-up on shaper/tenoner work. Documented setup sheet for every job (tooling, feed rates, spindle RPM, hold-down, dust extraction) enables the next-shift operator to pick up without a lost setup. In-process SPC (Statistical Process Control) at production shops (Ashley, MasterBrand, Steelcase) with sampling frequencies per part number.
Preventive maintenance, tool sharpening, and troubleshooting
Daily / weekly / monthly PM checklists per machine β€” router bearings, spindle lubrication, dust-collector filter cleanup, vacuum-pump maintenance, edgebander glue-pot cleaning, wide-belt sander platen inspection. Tool sharpening β€” carbide-tipped router bits, moulder knives, shaper cutters; internal sharpening (Vollmer, Weinig OptiControl) or vendor sharpening rotation (Freeborn, Amana, Whiteside, Onsrud, Vortex). Troubleshooting β€” vibration/chatter (tool balance, feed rate, hold-down), tearout (climb-cut vs conventional, bit sharpness), burn (feed rate, RPM, bit condition), edge quality (glue temperature, edge tape quality, scraper alignment).
Safety β€” OSHA 1910.213 woodworking machinery, dust collection (NFPA 664), lockout/tagout (OSHA 1910.147)
OSHA 29 CFR 1910.213 covers woodworking machinery guarding requirements. NFPA 664 covers combustible-dust management (wood dust is a Class II combustible dust β€” a real explosion hazard in poorly-swept shops). Lockout/tagout discipline on every tool change, blade change, bearing service. Personal protective equipment β€” hearing protection (all machining >85 dBA), eye protection (dust and chip hazard), dust masks (P100 for silica-containing MDF), vibration gloves for extended-duration router work. Post-2020 shops have added confined-space and machine-guarding refresh training after OSHA emphasis programs.

How to Become a Woodworking Machine Setters, Operators, and Tenders

  1. 1
    Complete high school diploma or GED (bachelor's not required)
    Woodworking machine operation is a skilled-trade path; high school diploma is baseline; associate's degrees in Industrial Manufacturing Technology or Cabinetmaking (2-year programs at Penn College, Cerritos College, Cerro Coso, Fox Valley Tech, others) accelerate promotion but are not required. Vocational-school cabinetmaking programs (typically 9-24 months) provide a strong on-ramp.
  2. 2
    Enter as Machine Tender or Helper at $16-19/hr + overtime + benefits
    First seat is Machine Tender β€” loading/unloading parts on a running machine, basic material handling, dust-collector cleanup, panel-stacking. Not a setup role. 6-12 months typical before promotion to Operator. Focus on WCA Sawblade credential (Woodwork Career Alliance) β€” free entry-level assessment covering machine safety, basic measurement, and shop math.
  3. 3
    Advance to Machine Operator at $19-24/hr + overtime + benefits
    Operator seat is running a specific machine (CNC router, edgebander, wide-belt sander, shaper) with responsibility for setup + operation + first-article inspection. 12-24 months typical before promotion to Sr Operator / Setup Lead. Focus on WCA Green credential β€” intermediate-level assessment covering machine setup and operation on the specific machine type. Learn Cabinet Vision / MicroVellum / KCDMaster to load and edit CNC programs.
  4. 4
    Advance to Sr Operator / Setup Lead at $23-30/hr + overtime + shift differential + benefits
    Sr Operator scope is running multiple machine types with setup discipline and first-article-inspection rigor; Setup Lead role adds coaching of 2-4 Operators + Machine Tenders on the shift. 18-36 months before promotion consideration to Cell Leader / CNC Programmer. Focus on WCA Blue credential β€” advanced-level assessment; complete Cabinet Vision + MicroVellum + KCDMaster program authoring training.
  5. 5
    Move into CNC Programmer / Cell Leader at $27-36/hr + overtime + shift differential + benefits
    CNC Programmer authors and edits programs (Alphacam, Enroute, Cabinet Vision, MicroVellum, KCDMaster, Homag imos) rather than running the machine full-time; Cell Leader coordinates 3-6 machines and 6-15 workers on the production cell. This is the promotion gate that separates the higher-paid track (Sr Operator β†’ Programmer β†’ Supervisor) from the plateau track (Operator β†’ Sr Operator β†’ cap).
  6. 6
    Advance to Shift Supervisor / Production Manager at $30-45/hr salaried + bonus + benefits
    Shift Supervisor scope is running an entire shift (typically 25-80 workers across 8-16 machines on the shift) with accountability for output, quality, safety, and cost. Production Manager scope is running the entire production floor (60-250 workers, 15-40 machines) at a mid-size cabinet or furniture manufacturer. Requires WCA Blue + Certificate in Production Management from AWI (Architectural Woodwork Institute) or similar.
  7. 7
    Advance to Plant Manager / Operations Manager at $75-135k+ salaried + bonus + benefits
    Plant Manager scope is running an entire manufacturing plant ($40-350M annual revenue, 200-1,200 workers, 25-100 machines) with P&L accountability. Typical background: 12-20 years across Operator β†’ Sr Operator β†’ Setup Lead β†’ Cell Leader β†’ Shift Supervisor β†’ Production Manager. Continuing education (Lean Six Sigma Green/Black Belt, associate's or bachelor's in Industrial Manufacturing Technology or Operations Management) recommended for the manager track.

Career Progression

Machine Tender / Helper
0-1 yrs$32-40k salaried at $16-19/hr + overtime + healthcare + 401(k) match at production shops
  • β€’Load/unload parts on a running machine (CNC router feed-in, edgebander infeed, wide-belt sander infeed)
  • β€’Basic material handling β€” panel stacking, off-load cart management, staging next-job material
  • β€’Dust-collector cleanup, spoilboard replacement, basic housekeeping on the machine cell
  • β€’First-article inspection assist under Sr Operator supervision
Next: Machine Operator at 1-2 years with WCA Sawblade + basic machine-specific training completed.
Machine Operator
1-4 yrs$40-52k salaried at $19-24/hr + overtime + shift differential + healthcare + 401(k) match
  • β€’Run a specific machine type (CNC router, edgebander, wide-belt sander, shaper, boring machine) with setup responsibility
  • β€’First-article inspection on every setup; documented setup sheet completion
  • β€’Load CNC programs from Cabinet Vision / MicroVellum / KCDMaster (or run pre-loaded programs)
  • β€’Basic PM per daily/weekly checklist; tool changes; consumable replacement
Next: Sr Operator / Setup Lead at 3-6 years with WCA Green + multi-machine competency.
Sr Operator / Setup Lead
3-8 yrs$50-65k salaried at $23-30/hr + overtime + shift differential + healthcare + 401(k) match + 4-8% target bonus at production shops
  • β€’Run multiple machine types; coach 2-4 Operators + Machine Tenders on the shift
  • β€’Setup discipline lead β€” first-article inspection, setup sheet authorship, next-shift handoff documentation
  • β€’Cabinet Vision / MicroVellum / KCDMaster program loading + basic editing (nesting adjustment, tool substitution, feed-rate override)
  • β€’Tool sharpening rotation coordination (internal or vendor); PM schedule adherence on the cell
Next: CNC Programmer / Cell Leader at 6-10 years with WCA Blue + advanced CAD/CAM training.
CNC Programmer / Cell Leader
6-12 yrs$58-75k salaried at $27-36/hr + overtime + shift differential + healthcare + 401(k) match + 6-10% target bonus at production shops
  • β€’Program authoring + editing in Alphacam / Enroute / Cabinet Vision / MicroVellum / KCDMaster / Homag imos
  • β€’Cell coordination across 3-6 machines and 6-15 workers on the production cell
  • β€’Continuous improvement projects β€” sheet-yield optimization, setup-time reduction, tool-life extension, scrap reduction
  • β€’Sit at Production Manager's daily huddle representing the cell's output, quality, and safety
Next: Shift Supervisor / Production Manager at 9-14 years.
Shift Supervisor / Production Manager
9-16 yrs$65-95k salaried + 8-15% target bonus + healthcare + 401(k) match + supplemental disability at production shops
  • β€’Shift Supervisor: run an entire shift (25-80 workers, 8-16 machines) with output / quality / safety / cost accountability
  • β€’Production Manager: run entire production floor (60-250 workers, 15-40 machines) at mid-size shop
  • β€’Owns the shop's Lean production system β€” takt time, WIP levels, changeover reduction (SMED), 5S, TPM
  • β€’Owns hiring, coaching, discipline, performance management; owns weekly QBR with Plant Manager
Next: Plant Manager / Operations Manager at 14-20 years.
Plant Manager / Operations Manager
14+ yrs$95-165k+ salaried + 15-25% target bonus + healthcare + 401(k) match + LTIP at Fortune-500 furniture manufacturers
  • β€’Run an entire manufacturing plant ($40-350M annual revenue, 200-1,200 workers, 25-100 machines) with P&L accountability
  • β€’Owns budget, capital planning, safety program, quality program, labor relations (union in some plants β€” UAW, USW, Teamsters, IWA-adjacent)
  • β€’Reports to Divisional VP Operations at Fortune-500 furniture manufacturers (Ashley, Steelcase, La-Z-Boy, MasterBrand, Herman Miller, American Woodmark)
  • β€’Owns customer-facing relationships at strategic accounts and represents plant at customer audits (LEED, FSC, WCMA)

Interview Questions & Answers

5 free questions below. Career Kit unlocks 13 total plus resume bullets for every level.

Q1. Walk me through the setup on a Homag or Biesse CNC nested-based router for a run of 60 kitchen-cabinet cases.technical
Structured, chronological, with specifics. (1) Program review β€” pull the CNC program from Cabinet Vision / MicroVellum / KCDMaster; verify the material (typically 3/4" pre-finished maple plywood for cases; PB or MDF for melamine-face cases), sheet size (49"x97" nesting stock is common), and sheet-yield estimate. (2) Tool review β€” verify the 6-12 tool loadout in the tool changer matches the program (compression bit for pre-finished plywood top and bottom faces; downcut spiral for melamine to preserve top face; upcut for through-holes; 35mm forstner for hinge cups). Check tool life on each; substitute a fresh tool if within 15% of end-of-life on a critical dimension. (3) Spoilboard check β€” verify vacuum-hold-down through the spoilboard; skim if the spoilboard is over 0.030" grooved, replace if over 0.060". (4) Vacuum system check β€” confirm all zones on the vacuum table pull adequate suction with a test panel; verify no leaks around the edges of the sheet. (5) First-article β€” run one full sheet, verify dimensional (case sides, tops, bottoms, backs within Β±0.5mm on cabinet dimensions; hinge-cup bores within Β±0.1mm on center and depth); verify edge quality (no tearout on pre-finished face); verify hardware bores. (6) Setup sheet authored β€” tooling loadout, feed rates, spindle RPM, hold-down settings, dust-extraction settings; posted at the machine for the next shift. (7) Full run β€” 60 cases = ~10-14 sheets depending on nesting yield; monitor tool life, dust-collector fill, and hold-down performance every 3-4 sheets. Interviewers screen for candidates who articulate setup discipline (not just run-the-program), verify first-article, and think about setup-to-setup handoff.
Q2. Describe a time you diagnosed a persistent quality issue on a machine and how you fixed it.behavioral
STAR. Situation: at [furniture manufacturer], the wide-belt sander cell was producing a persistent 'stripe pattern' on melamine panels β€” visible under raking light on the top face after finish sanding. The pattern was rejecting 8-12% of finish-sand output on the ATP1 (Automated Test Panel 1) inspection. Task: as Sr Wide-Belt Sander Operator, diagnose and fix. Action: (1) Ruled out belt quality β€” swapped in a fresh 180-grit belt on the finish head; pattern persisted. (2) Ruled out feed-speed variation β€” measured feed speed at three points along the infeed table with a tachometer; consistent within 0.5%. (3) Ruled out platen pressure β€” verified platen pressure gauge at both sides of the 52" wide platen; consistent. (4) Inspected the oscillator on the finish head β€” found the oscillator drive belt was slipping on the pulley at high speed, causing the oscillator to lag on the return stroke and leaving parallel stripe marks aligned with the sanding direction. (5) Replaced the drive belt, verified pulley torque, restored oscillator to spec. Test panel showed the stripe pattern eliminated; ATP1 inspection returned to <1% reject rate. Documented the diagnosis and fix in the machine's PM log; added a monthly oscillator drive-belt inspection to the wide-belt sander PM checklist. Result: 8-12% rejects β†’ <1% rejects; $18k annual savings in scrap + rework at the panel level. Lesson: work through the failure mode systematically (belt, feed, pressure, then oscillator) rather than guessing. Interviewers screen for candidates who diagnose structurally and who close the loop with documentation and PM-checklist updates.
Q3. A CNC operator on your shift keeps producing parts with hinge-cup bore locations 0.4mm off spec (spec is Β±0.1mm). How do you approach it as Setup Lead?situational
Structured. (1) Diagnose the source β€” is it the machine (spindle drift, tool changer registration, work-offset drift), the program (post-processor error, tool-length compensation issue), the tool (worn 35mm forstner, chuck runout), the fixture (spoilboard warpage, vacuum-hold-down failure allowing sheet slip), or the operator (setup shortcut, first-article skipped)? (2) Direct observation β€” I watch the operator run one full setup and one full first-article. (3) Coach if operator β€” 'I noticed you skipped the first-article dimensional on the hinge cup. Let's run it together on the next setup.' Document the coaching. If setup discipline is the issue, this is a coaching conversation, not a discipline event; the operator wants to run fast, not to skip discipline. (4) If not operator β€” swap the 35mm forstner and a fresh chuck to rule out tool/chuck runout; verify tool-length compensation matches the tool changer; check work-offsets; if machine drift, escalate to maintenance for spindle registration check. (5) Verify the fix β€” run 3 setups back-to-back with the operator; confirm hinge-cup bores within spec. (6) Document β€” update the setup sheet with any new steps; add to the machine's PM log if a machine issue was root cause; update the operator's daily-log expectations if setup discipline was root cause. (7) Follow up β€” check-in one week later and one month later to verify the change stuck. Interviewers screen for candidates who diagnose without blaming and who separate coaching (operator) from repair (machine) from process improvement (setup sheet).
Q4. Why woodworking machinery operation rather than metal machining, plastics, or general production?culture
Honest answer that resonates. 'I like woodworking machinery specifically because of the interaction between the material and the machine. Wood is variable β€” moisture content, grain, density, defects β€” in a way that steel and plastic aren't. A good operator reads the material, adjusts feed rate and depth-of-cut, and holds tolerance across variation that a metal machinist doesn't see. The craft respect for the material carries into the operation. Also β€” the industry runs the range from mass production (Ashley, La-Z-Boy, MasterBrand where I can grow into a plant-wide CNC Programmer or Cell Leader) to precision architectural millwork and casework (Case Systems, VT Industries, Marlite where I can grow into a Sr Operator + Programmer with premium comp on custom work). The specialty depth in either direction is real. Long term, I want to become a CNC Programmer + Cell Leader with WCA Blue and Cabinet Vision + MicroVellum + Alphacam program-authoring depth, then move into Shift Supervisor at a Fortune-500 furniture manufacturer.' Interviewers screen for candidates who chose the trade with clarity.
Q5. Where do you see your career in 5 years?closer
Show a clear track. 'Year 1-2: complete WCA Sawblade + Green on my current machine (CNC router); complete Cabinet Vision + MicroVellum program-loading + basic-editing training. Year 2-4: promotion to Sr Operator / Setup Lead at $23-28/hr on the shift; complete WCA Blue; author my first standalone CNC programs (nested-based routing) with production quality. Year 4-6: promotion to CNC Programmer / Cell Leader at $27-34/hr; own program authoring across 3-6 machines and coordinate 6-15 workers on the cell; contribute to continuous improvement (sheet-yield, setup-time, tool-life). Year 6-8: promotion to Shift Supervisor at $30-40/hr salaried + bonus with full shift accountability (25-60 workers, 8-14 machines). If your plant has a documented promotion pathway from Cell Leader to Shift Supervisor plus tuition support for a Certificate in Production Management (AWI or NC State Wood Products Extension), that accelerates the timeline.'

Resume Template β€” Machine Operator (1-4 yrs)

Copy these bullets into your resume as a starting point. Career Kit includes bullets for every level of the ladder.

Machine Operator (1-4 yrs)
  • β–ΈCNC Router Operator at [furniture manufacturer]; ran a Homag Venture 316L 5x12 nested-based router across 2nd shift with $2.4M annual sheet consumption.
  • β–ΈImproved sheet-yield from 82% to 88% across 14 months through nesting-parameter refinement in Cabinet Vision, saving ~$96k/yr in sheet cost at prior utilization.
  • β–ΈDelivered 100% first-article inspection compliance across 220+ setups; zero re-work escalations to Cell Leader in the reporting period.
  • β–ΈWCA Sawblade + Green (CNC Router). Cabinet Vision + MicroVellum program-loading + basic editing proficient. $22.50/hr + $1.50 2nd shift diff + overtime + full healthcare + 401(k) 4% match.

What Gets You Rejected

  • βœ—History of preventable machine damage β€” a broken spindle from tool crash, a wrecked spoilboard from a bad program load, a chipped moulder cutterhead from feeding warped stock; hiring managers screen every candidate on this.
  • βœ—Cannot articulate lockout/tagout discipline (OSHA 1910.147) β€” hard hiring gate at every credible manufacturer; a candidate who says 'I turn it off before I change the bit' fails the safety screen.
  • βœ—No WCA Sawblade or Green credential in the resume β€” signals a candidate who hasn't done the entry-level credentialing work; increasingly a hiring gate at Fortune-500 furniture manufacturers.
  • βœ—Weak first-article inspection discipline β€” 'I check the first one and then run them' without documented dimensional check + setup sheet fails at production shops.
  • βœ—Cannot articulate feed rate + spindle RPM + chip-load calculation for a specific tool + material combination β€” signals a candidate who runs the program blindly rather than understanding the cutting operation.
  • βœ—Overstated CAD/CAM proficiency on the resume that collapses under questioning β€” hiring managers will ask you to walk through a Cabinet Vision or MicroVellum program build in the interview.
  • βœ—Refuses to work rotating shifts or overtime β€” most production shops run 2 or 3 shifts and expect overtime on tight order-book weeks.
  • βœ—No safety-glasses / hearing-protection / dust-mask discipline visible in on-site interview walk-through β€” hiring managers observe PPE compliance from the moment you walk onto the floor.

Salary Negotiation Levers

  • βœ“Production-shop premium β€” Fortune-500 furniture manufacturers (Ashley, La-Z-Boy, MasterBrand, Steelcase, Herman Miller, American Woodmark, HNI, KI) pay 12-25% above small custom shops for equivalent Operator + Sr Operator + Cell Leader seats.
  • βœ“Multi-machine competency premium β€” Operators certified on 2+ machine types (CNC router + edgebander; shaper + moulder + tenoner; wide-belt sander + edgebander) command 8-15% premium over single-machine operators.
  • βœ“CNC Programmer premium β€” Sr Operator + CNC Programmer combo (Cabinet Vision + MicroVellum + Alphacam authoring) is a 15-30% comp premium over Sr Operator alone.
  • βœ“Shift-differential β€” 2nd shift +$1.25-3.00/hr; 3rd shift +$2.00-4.50/hr; weekend +$1.50-3.50/hr at production shops.
  • βœ“Overtime premium β€” most shops run 4-10 OT hours/week baseline; time-and-a-half above 40; double-time on 7th consecutive day at some union shops. Annualized OT at 6-10 hrs/wk is $8-18k on top of base at Operator level.
  • βœ“WCA credential premium β€” WCA Sawblade β†’ Green adds $0.75-2.00/hr at hiring or first promotion; Green β†’ Blue adds $1.50-3.50/hr; Blue β†’ Red (Sr Craftsman) adds $2.50-5.00/hr at plants where WCA is a recognized credential framework.
  • βœ“Cabinet Vision / MicroVellum / KCDMaster / Alphacam / Enroute / Homag imos advanced-user certification premium β€” vendor-certified programmer adds $2-5/hr at production shops.
  • βœ“Metro premium β€” Grand Rapids MI (furniture cluster), High Point NC (furniture cluster), Portland OR + Seattle WA (millwork cluster), Fort Wayne + Indianapolis IN (cabinet cluster) pay 5-15% above US median at the same seat.
  • βœ“Sign-on bonus β€” Sr Operator / CNC Programmer moving between manufacturers routinely negotiates $2-8k sign-on; Shift Supervisor $5-15k sign-on.
  • βœ“Tuition reimbursement β€” negotiate up to Section 127 federal cap ($5,250/yr tax-free); Fortune-500 furniture manufacturers routinely top this up for Associate's or Certificate in Production Management programs.

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  • βœ“ 30–60–90 day evidence-collection plan
  • βœ“ Promotion committee anticipation guide
  • βœ“ Tenure and pay reference bands by level
  • βœ“ Downloadable PDF for offline access
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Woodworking Machine Setters, Operators, and Tenders Salary by State

Best Cities (cost-adjusted) β†’

Salary Map β€” Click a state for details

$34K
$53Kβ–  No data

Top Paying States

Washington
$53K
+22%
Minnesota
$52K
+19%
Iowa
$51K
+18%
New Jersey
$50K
+15%
Oregon
$49K
+14%
Nebraska
$49K
+13%
Michigan
$48K
+10%
Louisiana
$47K
+9%
Connecticut
$47K
+9%
Colorado
$47K
+7%
Vertical line = national median. Click a state for full details.
StateMedianvs. National
Washington$52,980+22.1%
Minnesota$51,540+18.8%
Iowa$51,200+18.0%
New Jersey$49,680+14.5%
Oregon$49,480+14.1%
Nebraska$49,190+13.4%
Michigan$47,680+9.9%
Louisiana$47,170+8.7%
Connecticut$47,140+8.7%
Colorado$46,500+7.2%
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Woodworking Machine Setters, Operators, and Tenders Salary by Metro Area

Metro AreaMedianvs. National
Des Moines-West Des Moines, IA$60,070+38.5%
Longview-Kelso, WA$59,550+37.3%
Minneapolis-St. Paul-Bloomington, MN-WI$56,950+31.3%
Albany, OR$56,180+29.5%
Seattle-Tacoma-Bellevue, WA$56,180+29.5%
Bend, OR$55,400+27.7%
Medford, OR$52,390+20.8%
Spokane-Spokane Valley, WA$51,730+19.2%
Allentown-Bethlehem-Easton, PA-NJ$51,030+17.6%
San Francisco-Oakland-Fremont, CA$50,970+17.5%
1–10 of 160
Data Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS). Data reflects the most recent annual survey.
How does this compare to pro athletes?
A woodworking machine setters, operators, and tenders earning $43,380/year would need 1374 years to match Stephen Curry's NBA salary, or 1475 yearsto match Patrick Mahomes' NFL contract.
See all sports & celebrity salaries β†’
πŸ“ˆ See how woodworking machine setters, operators, and tenders salaries have changed over the past decade.
View Woodworking Machine Setters, Operators, and Tenders salary trend (2011–2024) β†’