Cabinetmakers and Bench Carpenters

Match parts and subassemblies → apply glue and position → assemble into a complete unit → reinforce joints → install hardware such as hinges and slides → sand and do final inspection touch-up and record.

Editorial collaboration note: checking gauges and drawings, reporting abnormalities, and handover should follow the position's procedures; when missing guards or a hazard is found, stop, report, and prevent further use under the applicable procedures; when maintenance carries a risk of unexpected start-up or energy release, it is handled by appropriate personnel under hazardous-energy isolation, verification, and restoration procedures. Pressing a stop button does not equal isolation, and this text grants no authority to repair or restart.

This occupation mainly manufactures and assembles wood products, while construction carpenters lean more toward on-site structure and installation; real positions can overlap, and helpers or installers are not uniformly excluded from independent tasks.

Core purpose

Turn drawings and customer specifications into wood products that are dimensionally accurate, solidly assembled, and consistent in appearance: control fit through measuring, layout, and joint fitting; ensure strength through assembly and reinforcement; ensure appearance through material matching and surface-preparation prep.

Main objects and basis

The objects are lumber and wood substitute panels, drawings and customer specifications, hand tools such as planes, chisels, and rasps, woodworking machines such as power saws, jointers, and mortisers, glue, dowels, and fasteners, hardware such as hinges, pulls, and slides, and sandpaper, steel wool, and finishing materials; the basis is drawing and tolerance requirements, material and grain matching rules, joint and assembly process requirements, equipment operating and guarding requirements, dust and noise protection requirements, and the inspecting and handover procedures of the employing company.

Core process

Reading drawings and laying out, cutting and shaping, joint fitting, drilling, assembly and reinforcement, hardware installation, dimensional and fit verification, sanding and final inspection, surface preparation, and stopping the machine and reporting abnormalities and handover.

Main outputs

Cabinets, fixtures, and fine furniture parts and units machined and assembled to specification, hardware installed in place, dimensional and fit verification records, material matching and material estimation records, surface preparation and final inspection touch-up records, and handover notes.

Accountable party

Editorial check of the responsibility interfaces for design, process, inspection, and equipment management; the specific division of labor and signing authority follow the target position's system and are not determined automatically by the occupation name.

Authority and approval

Article 28 of China's Work Safety Law provides that a person may take up the post only after passing training, with records kept; Article 30 requires separately checking the catalog and qualifications for special operations, which does not imply that all woodworkers fall under special operations; the rights under Articles 54—55 to refuse violations and to stop/evacuate when personal safety is directly endangered do not depend on internal authorization. Equipment operation and maintenance isolation and restoration must be checked against the actual system separately; this round did not comprehensively check individual permits, local requirements, or product standards.

Conclusion boundaries

Dimensional and fit records describe "what state machining and assembly are in under the given drawings, tolerances, materials, and equipment conditions"; they are not a structural safety conclusion and do not replace the approval of design and installation plans, and they are updated as drawing revisions, material batches, and equipment conditions change; when citing them, state the drawing revision and batch as well.

Before starting, check at least six items: job duties (custom machining, batch production, or on-site installation support), equipment operating authorization and training arrangements, the scope of responsibility for drawings and tolerances, dust and noise protection measures, working conditions for materials and surface finishing, and whether you are responsible for material estimation and communicating customer specifications.

Occupation scope

Interest RC: R100/C40/A25/I18/E4/S2; the specific-field scores of construction carpentry 99 and physical/manual work 80 are a separate set of measures, are not counted as realistic-type sub-scores, and are not a personal pass line. The O*NET industry distribution is manufacturing 78% and other 22% (including construction), which differs from the wage industry classification, and wages cannot be inferred from the proportions. A one-to-one Chinese occupation code was not established this round.

Education and training paths

U.S. survey of entry-level education requirements: 76% high school or equivalent, 21% less than high school, 3% some college, no degree; this is a survey, not the education composition of incumbents. For this BLS sub-category the typical entry-level education is high school/equivalent, related experience None, and mid-term OJT. Zone1—2, from a few days to a year, is the broad preparation level; the OOH notes that entry tasks for wood products workers sometimes take under a month, with proficiency taking months to more than a year, and actual positions must be checked separately.

Methods and tools

Detailed profile: 6 software categories, plus 4 hot technology products: AutoCAD2%, Excel/Outlook each below 1%, Windows NA, U.S. job postings for all of 2025; it also lists CMMS and computer-aided estimating software, where NA is not zero, and a posting mention is not deployment or a mandatory threshold.

Safety and work permits

99% stand continuously or almost continuously, 95% use their hands continuously; 40% are exposed daily to the risk of minor burns, cuts, bites, or stings — this is not 40% being injured every day. Wood dust can harm the skin and respiratory system; noise requires assessment and control. The U.S. OSHA eTool emphasizes local exhaust ventilation and its maintenance and control of noise at the source and along the transmission path, with hearing protection as the last line of defense; measures are set based on the applicable assessment, and job rotation does not replace engineering controls.

Training and regulatory requirements

Article 28 of China's Work Safety Law provides that a person may take up the post only after passing training, with records kept; Article 30 requires separately checking the catalog and qualifications for special operations, which does not imply that all woodworkers fall under special operations; the rights under Articles 54—55 to refuse violations and to stop/evacuate when personal safety is directly endangered do not depend on internal authorization. Equipment operation and maintenance isolation and restoration must be checked against the actual system separately; this round did not comprehensively check individual permits, local requirements, or product standards. In the United States, OSHA1910.213 guarding and control of hazardous energy during servicing, and the maintenance isolation rules applicable under 1910.147, are each checked separately and not applied across jurisdictions.

Pay and hours

96% have a regular work schedule and 27% work more than 40 hours per week; these are different survey items and do not prove that every shop handling rush orders necessarily works overtime. Shifts, piece rates, and delivery deadlines should be checked in writing for the position.

Cabinetmakers and bench carpenters (O*NET-SOC 51-7011.00) cut, shape, and assemble wooden articles, or set up and operate a variety of woodworking machines (such as power saws, jointers, and mortisers) to surface, cut, or shape lumber, or fabricate parts for wood products. Daily work includes: measuring and laying out on paper or on lumber and marking dimensions to drawings; cutting lumber to the correct size and truing joints with hand tools (planes, chisels, rasps) so they fit tightly; setting up and operating machines such as power saws, jointers, mortisers, tenoners, and shapers to cut and shape; drilling for screws or dowels; using glue, dowels, nails, screws, or clamps to assemble parts and subassemblies into complete units; reinforcing joints with nails or other fasteners; installing hardware such as hinges, pulls, catches, and drawer slides; matching materials by color, grain, and species while watching for features such as knots; verifying dimensions and checking quality and fit against specifications; sanding and truing joints and doing final inspection touch-up; preparing for surface finishing; repairing or modifying wooden furniture, cabinets, fixtures, and paneling; they may also use drafting software to design furniture, write programs for machines, estimate the quantity and cost of materials needed, and discuss project specifications with customers. It carries responsibility for dimensional fit, solid assembly, and surface-preparation prep, but does not replace responsibility for structural design approval, equipment safety management, or on-site installation plans.

O*NET occupation identity and tasks: O*NET-SOC 51-7011.00 Cabinetmakers and Bench Carpenters, page updated in 2026, classified as Job Zone 1-2 (little to some preparation needed, SVP below 6.0), not marked Bright Outlook. The official duties are "Cut, shape, and assemble wooden articles or set up and operate a variety of woodworking machines, such as power saws, jointers, and mortisers to surface, cut, or shape lumber or to fabricate parts for wood products."; the page lists 20 tasks (14 core + 6 supplementary); the core tasks cover verifying dimensions and fit against specifications (85), producing or assembling parts such as cabinets and fine furniture (84), sanding and truing surfaces and joints to prepare for finishing (83), measuring and laying out to drawings (83), cutting and truing joints (83), matching materials by color and grain (83), setting up and operating woodworking machines (82), determining specifications and processes from drawings (81), drilling (80), assembling parts and subassemblies (80), reinforcing joints (79), installing hardware (79), final inspection touch-up (77), and repair and modification (72); supplementary tasks include designing furniture with drafting software (84), writing programs for machines (84), spraying protective or decorative finishes (73), discussing and drawing up detailed specifications with customers (70), estimating material quantities and costs (69), and applying surface materials (58).

U.S. wages (exact scope for this occupation): the BLS 2025 OEWS data shown by O*NET give this occupation (51-7011.00) a national median annual wage of $46,680 and a median hourly wage of $22.44; the 10th, 25th, 75th, and 90th percentiles for annual wages are $35,650, $38,830, $55,760, and $63,720, and the 10th, 25th, 75th, and 90th percentiles for hourly wages are $17.14, $18.67, $26.81, and $30.64. The median means that half of the workers earn above it and half below; it is not an entry-level wage or a starting-salary promise, and percentile figures cannot be treated as an individual job offer.

The national wage distribution for this occupation in China is still insufficient evidence; the NBS2025 figures of 113594 yuan/year for urban non-private manufacturing units and 76055 yuan/year for private units are pre-tax annual average industry background, mixing multiple occupations, and match a manufacturing scenario rather than an exact occupation wage.

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job. The O*NET industry distribution is manufacturing 78% and other 22% (including construction), which differs from the wage industry classification, and wages cannot be inferred from the proportions.

Detailed profile: 6 software categories, plus 4 hot technology products: AutoCAD2%, Excel/Outlook each below 1%, Windows NA, U.S. job postings for all of 2025; it also lists CMMS and computer-aided estimating software, where NA is not zero, and a posting mention is not deployment or a mandatory threshold. Work activities: controlling machines 81 / handling and moving objects 81 / communicating 74 / inspecting 70 / getting information 67; monitoring 50, reading and speaking 47, listening, thinking, and math 44, operating and monitoring 60 / quality control 56. Interest RC: R100/C40/A25/I18/E4/S2; the specific-field scores of construction carpentry 99 and physical/manual work 80 are a separate set of measures, are not counted as realistic-type sub-scores, and are not a personal pass line. Style detail 86 / dependable 71.

Standing and hand work | 99% stand continuously or almost continuously; 95% use their hands continuously or almost continuously to operate, control, or perceive objects and tools. Protective equipment | 65% wear common protective or safety equipment every day, 34% once a week or more but not every day; 25% wear specialized protective equipment every day, 26% never wear specialized equipment. Risk exposure (not injury rate) | 40% are exposed daily to minor burns, cuts, bites, or stings; 25% are exposed to hazardous conditions every day, 14% once a month or more but not every week, 35% once a year or more but not every month. Precision and consequences | 54% say being exact or highly accurate is extremely important, 36% very important; 25% say the consequences of error are extremely serious, 19% very serious, 16% serious. Decisions and autonomy | 24% make decisions every day, 65% never make decisions; 38% report some decision freedom, 23% very little freedom; 46% report a lot of freedom in deciding tasks and priorities. Communication and team | 32% are in contact with others continuously, 15% most of the time; 35% consider teamwork extremely important. Responsibility and impact | 21% have extremely high responsibility for the health and safety of others, 29% high; 23% have extremely high responsibility for the work outcomes of others, 25% high. Pace and stress | 23% say the pace of work being determined by equipment speed is extremely important, 31% very important; 16% face strict deadlines every day, 44% once a week or more but not every day. Environment and arrangement | 32% are indoors in an environmentally controlled setting every day, 35% never; 30% report moderate automation in their work, 68% no automation at all; 96% have a regular work schedule, 27% work more than 40 hours per week.

This page compares cabinetmakers and bench carpenters with five adjacent directions on the same set of dimensions: career direction, core work and outputs, key differences, and which direction each preference is better suited to. Adjacent directions are described according to their own official occupation descriptions and do not mean the job titles are interchangeable.

Evidence note: the career direction and core outputs are based on O*NET 51-7011.00 and the official descriptions of the adjacent entries (U.S. scope); equipment operating authorization, responsibility for drawings and tolerances, and inspection and stop-work authority must be verified separately for each company and jurisdiction, and this page does not present any direction as a shortcut for changing careers.

The table below compares the differences in duties and outputs between cabinetmakers and bench carpenters and the adjacent directions; the basis for judging is the main outputs, what the work is accountable for, and the required authorization, not how similar the job titles are.

Carpenters work at the construction site, dealing with structural dimensions, support, and installation conditions, and their output is building components; this occupation machines and assembles in the shop to drawings, dealing with tolerances and fit, and its output is deliverable wood product parts and units.

If you would rather build and install at a construction site, look first at the carpenters direction; if you would rather machine and assemble in a shop to drawings, look first at this occupation.

Build and install wooden structures, framing, and finish components at the construction site, with output centered on on-site structures and installation quality.

Carpenters

Furniture finishers focus on surface finishing and appearance and take on almost no structural machining or assembly; this occupation centers on dimensions, joints, and assembly, with surface-preparation prep being only one step before delivery.

If you would rather do finishing and appearance work, look first at the furniture finishers direction; if you would rather do machining and assembly, look first at this occupation.

Responsible for the surface finishing, coloring, and touching up of wood products, with output centered on surface appearance and coating quality.

Furniture Finishers

Sheet metal workers work with sheet metal, and their processes involve shearing, bending, and seaming, with material properties different from lumber; this occupation works with lumber and wood-based panels, and its processes center on cutting, joinery, joint fitting, and glued assembly.

If you would rather machine sheet metal components, look first at the sheet metal workers direction; if you would rather machine lumber and do joint assembly, look first at this occupation.

Make and install ventilation, roofing, and exterior components out of sheet metal, with output centered on metal components.

Sheet Metal Workers

Boilermakers face high pressure-containment and welding qualification requirements, and their responsibility lies in structural strength and weld quality; this occupation faces dimensional tolerances and assembly fit, and its responsibility lies in fit precision and appearance consistency.

If you would rather do pressure containment and large metal structures, look first at the boilermakers direction; if you would rather do wood product machining and assembly, look first at this occupation.

Fabricate and install pressure vessels and large metal structures, with output centered on pressure- and load-bearing structures.

Boilermakers

Carpenter helpers mainly assist and move materials and do not make independent machining and inspection conclusions; this occupation independently completes drawing reading and layout, machining, assembly, and dimensional verification and keeps records.

If you would rather start with support work and site preparation, look first at the carpenter helpers direction; if you are willing to independently take on machining and inspection responsibility, look first at this occupation.

Move materials, clean up the site, and provide support under the direction of others, with output centered on support work and site preparation.

Helpers--Carpenters

That assembler occupation works to aviation standards, and its inspection records and airworthiness requirements are far stricter than those for ordinary wood products; this occupation works to the drawings and tolerances for furniture and architectural woodwork, and is accountable for fit precision and appearance.

If you would rather assemble structures to aviation standards, look first at the aircraft structure assembly direction; if you would rather do wood product machining and assembly, look first at this occupation.

Assemble airframe structures and systems to aviation standards, with output centered on aviation assembly and airworthiness records.

Aircraft Structure, Surfaces, Rigging, and Systems Assemblers

Conclusion: the choice of direction is based on the main outputs, what the work is accountable for, and the required authorization, not on how similar the names are; once the direction is set, check the target position item by item for equipment operating authorization, the scope of responsibility for drawings and tolerances, dust and noise protection measures, and shift and overtime arrangements, and keep written confirmation.

Students or career changers preparing to enter this occupation

Editorial low-risk trial: mark dimensions and tolerances on a paper drawing, measure a safe finished product and record deviations, and discuss joints and guarding; do not start high-risk woodworking machines, and practice does not prove operating qualification.

Incumbent cabinetmakers and bench carpenters

Editorial scenario: estimating, layout, and record support can be assisted, while actual machining and inspection can be partly automated; quality and exception responsibility are checked against the real rules.

Shop and production management positions

Editorial deployment check: version data, output verification, exception handling, inspection release, and equipment isolation and restoration; automatic interlocks can stop the machine, and management responsibility does not mean every action must be performed manually.

Training and mentoring

Focus training on reading drawings and layout, hand and machine machining, joint fitting, assembly and hardware, material matching and sanding, and dust control and guarding; also train the habit of checking CNC layout and machining program output, especially the source of drawing revisions, dimensions, and tolerances.

Material estimating, design, programming, machining, and inspection may be affected by different technologies; no substitution-rate or year evidence was obtained this round, and having not obtained it is not treated as proof that automation is impossible.

O*NET-SOC 51-7011.00 occupation summary

Used for occupation identity and the official duties description.

O*NET-SOC 51-7011.00 detailed information (tasks and work activities)

Used for the official scope of the 20 tasks and work activities.

O*NET-SOC 51-7011.00 custom occupation profile

Used to explain which fields can be drawn from the official profile; it does not set a personal competence threshold.

O*NET-SOC 51-7011.00 technology list (employer hiring technology signals)

Detailed profile: 6 software categories, plus 4 hot technology products: AutoCAD2%, Excel/Outlook each below 1%, Windows NA, U.S. job postings for all of 2025; it also lists CMMS and computer-aided estimating software, where NA is not zero, and a posting mention is not deployment or a mandatory threshold.

O*NET-SOC 51-7011.00 industry distribution

The O*NET industry distribution is manufacturing 78% and other 22% (including construction), which differs from the wage industry classification, and wages cannot be inferred from the proportions.

O*NET-SOC 51-7011.00 occupation summary (employment and outlook fields)

Used to explain the employment size, change rate, and average annual openings for this exact occupation code.

O*NET national wage percentile page (51-7011.00)

Used to look up official wages on the exact scope for this occupation; the page gives both annual and hourly wage percentiles.

The following are editorial task scenarios discussing the steps that can be assisted, the verification conditions, and the responsibility arrangements; they are not a measured degree of automation.

Material estimating, layout and material optimization, drafting machining programs, and summarizing records can have first drafts generated by tools.

Dimensions, tolerances, and fit can be checked manually or by a verified inspection system; release and exceptions follow the real quality rules.

Assembly sequence prompts and hardware lists can be carried by the system.

Assembly solidity, hardware, and finished-product condition follow the applicable inspection rules, with system capability and responsibility arrangements kept separate.

Equipment maintenance reminders and machining parameter records can be compiled with system assistance.

Guarding abnormalities and hazards are handled under the applicable procedures, and automatic interlocks can stop the machine; maintenance isolation and restoration are not accomplished simply by pressing a stop button.

The five evidence cards each state the source, the object of study, the conclusion, and the usage limits; they support the official duties, task scope, hiring technology signals, industry distribution, and task exposure research, and are not AI substitution rates or job-count forecasts.

This is U.S. scope and cannot be extrapolated to mainland China; official duties do not equal a specific shop's job description and equipment authorization.

O*NET-SOC 51-7011.00 occupation summary

U.S. occupation identity and official duties

"Cut, shape, and assemble wooden articles or set up and operate a variety of woodworking machines, such as power saws, jointers, and mortisers to surface, cut, or shape lumber or to fabricate parts for wood products." The page was updated in 2026 and classifies it as Job Zone 1-2 (SVP below 6.0), not marked Bright Outlook.

The task list describes the work of the occupation group and does not mean every position carries out all 20 tasks; the scope of equipment operation is set by the position's authorization and training.

O*NET-SOC 51-7011.00 detailed information (tasks and work activities)

The official 20 tasks and work activities

The core tasks include verifying dimensions and fit against specifications (85), producing or assembling parts such as cabinets and fine furniture (84), sanding and truing surfaces and joints to prepare for finishing (83), measuring and laying out to drawings (83), cutting and truing joints (83), matching materials by color and grain (83), setting up and operating woodworking machines (82), determining specifications and processes from drawings (81), drilling (80), assembling parts and subassemblies (80), reinforcing joints (79), installing hardware (79), final inspection touch-up (77), and repair and modification (72); the work activities center on controlling machines and processes (81), handling and moving objects (81), communicating with supervisors, peers, or subordinates (74), inspecting equipment, structures, or materials (70), and getting information (67).

Job-posting demand labels indicate frequency of appearance in job advertisements; they do not mean the organization has deployed such tools, nor that the position has been replaced.

O*NET-SOC 51-7011.00 technology list (employer hiring technology signals)

Software and tools appearing in employer job postings

Detailed profile: 6 software categories, plus 4 hot technology products: AutoCAD2%, Excel/Outlook each below 1%, Windows NA, U.S. job postings for all of 2025; it also lists CMMS and computer-aided estimating software, where NA is not zero, and a posting mention is not deployment or a mandatory threshold.

Wages for this occupation are provided from the BLS 2025 OEWS data shown by O*NET on the exact scope for this occupation, giving both annual and hourly wage percentiles.

O*NET national wage percentile page (51-7011.00)

Wage percentiles on the exact scope for this occupation

The page gives, for 51-7011.00, a national median annual wage of $46,680 and a median hourly wage of $22.44, with 10th, 25th, 75th, and 90th annual wage percentiles of $35,650, $38,830, $55,760, and $63,720; the median is not an entry-level wage and does not constitute an individual job offer.

The index measures task-level exposure, not adoption rates, automation rates, or unemployment forecasts, and it cannot be used to infer the number of jobs in a single occupation.

International Labour Organization (ILO) Working Paper 140

Task exposure of occupations worldwide to generative AI

The 2025 ILO method builds an exposure gradient from a representative sample of 29,753 occupational tasks, a survey of 1,640 people, and 52,558 data points; the report notes that most occupations consist of tasks requiring human input, that the most likely impact is job transformation rather than wholesale replacement, and that the index does not provide job-count forecasts for a single occupation.

Editorial assistance scenario: estimating, layout, and program drafting may save time, and accuracy and rework cost need to be measured in practice. Ordinary text models do not have access to the actual workpiece or guarding conditions; vision, sensors, and CNC systems may perceive or perform part of the tasks, and no claim is made that all tools can see nothing.

It depends on the shop's drawing and process management system, its requirements for using CNC equipment and machining programs, its rules for retaining inspection and equipment-check records, and whether machining data may be connected to external tools. Technical feasibility does not mean it is permitted for inspection conclusions, surface-finishing determinations, or equipment safety judgments, nor that the company has already adopted it.

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job. Task exposure, automation, and employment are different objects.

This round has no overall replacement conclusion or timeline. Estimating, design, CNC machining, and inspection may all change, and automation coverage depends on equipment, products, and investment; personnel responsibility and technical capability to execute are checked separately.

O*NET occupation summary / detailed information

Reading drawings and layout, joint fitting, and gauges and tolerances are important content; the official supplemental tasks also include designing furniture with CAD and programming machines (both with importance 84), and whether programming is needed must be checked per position — it cannot be written as not requiring programming.

O*NET technology list / detailed information

Material estimating, layout and material optimization, drafting machining programs, summarizing inspection and equipment-check records, and comparing process parameters; these steps can be reviewed and traced.

O*NET detailed information / method note for this page

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job.

O*NET occupation summary (employment and outlook fields)

Systems can perform preset inspection, machining, or safety-interlock shutdowns; exception review, release, and restoration arrangements follow the real system and applicable rules, and it cannot be claimed that all systems have no authorization at all or that every shutdown must be manual.

Editorial dimensional and shutdown check suggestions for this page; O*NET task background (actual shop processes and equipment rules are checked separately)

No official evidence of a disappearance year for this occupation was obtained this round; no year is inferred from task exposure or from Decline.

Method note for this page

Learn the basics and standards first: reading drawings and layout, using hand tools, joint fitting and fit control, safe setup and operation of woodworking machines, material matching and sanding, and dust control and guarding; put tool skills after tolerances and safety.

O*NET training and education information / custom occupation profile

The following are editorial process check suggestions; the specific control steps should be set according to tool use, equipment risk, and quality procedures, and a fixed five-step sequence is not prescribed for all organizations.

First confirm the equipment scope authorized for the position, the drawing revision and process requirements, the gauges and inspection standards, and the types of inspection records you are permitted to sign.

Editorially, start with reviewable tasks such as estimating, layout, program drafts, and records; actual CNC may perform machining, and deployment and program changes must be checked against the applicable validation and permissions.

Go back item by item over the drawing revision, dimensions and tolerances, gauge readings, and the actual first-article workpiece to judge whether the output matches the shop floor.

Keep the drawing revision, first-article and sampling inspection, and equipment-check and handover records so the process is traceable.

Editorially, check dimensional fit and surface quality under the inspection and release rules, allowing verified systems to perform suitable checks; when missing guards or a hazard is found, stop, report, and prevent further use under the applicable procedures; when maintenance carries a risk of unexpected start-up or energy release, it is handled by appropriate personnel under hazardous-energy isolation, verification, and restoration procedures. Pressing a stop button does not equal isolation, and this text grants no authority to repair or restart.

OSHA woodworking machinery rules require applicable guarding; exposure to moving cutting tools can cause mechanical injury, and it is not presumed that this is always ignored when rushing to meet deadlines.

When missing guards or a hazard is found, stop, report, and prevent further use under the applicable procedures; when maintenance carries a risk of unexpected start-up or energy release, it is handled by appropriate personnel under hazardous-energy isolation, verification, and restoration procedures. Pressing a stop button does not equal isolation, and this text grants no authority to repair or restart.

Wood dust can harm the skin and respiratory system; noise requires assessment and control. The U.S. OSHA eTool emphasizes local exhaust ventilation and its maintenance and control of noise at the source and along the transmission path, with hearing protection as the last line of defense; measures are set based on the applicable assessment, and job rotation does not replace engineering controls.

Editorially, check the dust and noise assessment, local exhaust maintenance, and engineering controls, and select protective equipment per the applicable requirements; unevaluated job rotation is not used in place of controls, and equipment changes are the responsibility of appropriate personnel.

Editorial risk scenario: a layout or cutting deviation may cause rework, scrap, or delivery impact; the size and scope of the effect must be checked, and it is not presumed that a whole batch is scrapped or that all consequences occur at once.

Editorially, do first-article confirmation and appropriate sampling inspection under the real quality plan and record dimensions, fit, and deviations, without claiming that every batch has the same sampling rule.

A joint-fitting deviation or weak gluing and fastening may cause fit problems or service failure; joints, fastening, and finished products must be checked against drawings and inspection procedures, and it is not presumed that all deviations necessarily fail.

Control fit clearance, glue amount, and fastening method per process requirements, and recheck solidity after assembly and keep a record.

Making changes on your own beyond the equipment authorization or drawing scope leaves both the individual and the company carrying safety and quality risk.

Operate equipment and change processes only within the authorized scope; when out of scope or when an abnormality is found, stop and escalate.

First confirm the drawing revision, material batch, and tolerance requirements, and judge whether confirmation from a design or process position is needed.

Read drawings and measure out, cut lumber, true joints with hand tools, and set up and operate woodworking machines to shape.

Machining and shaping

Editorial scenario: layout programs and part of joint machining can be automated, while abnormal materials or fit problems are handled under the actual inspection rules; not all fitting is stipulated as necessarily manual.

Judge whether dimensions and tolerances meet the standard, and be accountable for the quality of the machined parts.

Drill for screws or dowels, apply glue and position, assemble parts and subassemblies, and reinforce joints.

Assembly and reinforcement

Editorial scenario: sequence, hardware, and part of assembly inspection can be carried by the system; exceptions and release follow validated rules and responsibility arrangements.

Judge whether assembly is solid and joints meet the standard, and be accountable for the condition of the finished product.

Install hardware such as hinges, pulls, catches, and drawer slides, and sand and do final inspection touch-up.

Hardware and final inspection

Editorial scenario: hardware installation and appearance inspection can be partly automated, and exceptions are checked under the applicable quality procedures; the word manual is not used in place of verification conditions.

Judge whether hardware is properly installed and appearance is acceptable, and be accountable for the delivery condition.

Verify dimensions, quality, and fit, match materials by color and grain, and prepare for surface finishing.

Quality and materials

Editorial scenario: measurement, comparison against standards, and recording can be automated, and dimensional fit release follows the real validation and approval rules; not everything must be signed off manually.

Judge whether material matching and surface-preparation prep meet the standard, and be accountable for the inspection conclusion.

Record the drawing revision, inspection results, and deviation disposition, and complete shift handover and abnormal-condition reporting.

Records and handover

Editorial scenario: deviation identification and handover records can be partly automated, and major exceptions and approvals are checked under the actual process.

Be accountable for the completeness of records and the accuracy of handover.

Mentor newcomers in drawing reading and layout, hand and machine machining, joint fitting, assembly, and safety requirements.

Mentoring and standards

Editorially, use supporting materials to assist mentoring; actual safety training, understanding, and operating ability require the applicable assessment, and tool effectiveness has not been measured.

Be accountable for consistency in process execution, equipment safety, and inspection execution.

Review first-article and sampling inspection records and check whether equipment guarding and process parameters are in place.

Review and safety

Automatic safety interlocks can stop equipment; corrective action, hazardous-energy isolation, and restoration follow the applicable procedures and personnel duties, and this text grants no restart authority.

Editorial direction examples: custom small-batch work, architectural woodwork and fixtures, and CNC machining may involve different products and equipment; it is not assumed that all architectural woodwork positions are mainly batch production. Check equipment training, drawings, tolerances, guarding, and the specific division of labor.

113594 yuan/year (2025 urban non-private manufacturing, industry proxy).

Covers multiple occupations, a pre-tax average rather than this occupation's median or starting pay.

76055 yuan/year (2025 urban private manufacturing, industry proxy).

A private-sector industry average, not self-employment income, mixing multiple occupations.

Insufficient evidence: no verifiable distribution of job posting pay was obtained

Public job posting offers are affected by company size, region, product type, and employment form, and there is no checkable scope and sample; this page does not infer this occupation's wages from them.

Legal-person units with 5 or more persons within urban areas; the statistics do not cover self-employed businesses and freelancers, and private legal persons may include sole proprietorships and partnerships.

The statistical unit scope and employment form are checked separately, and the prevalence of individual workshops in this occupation is not inferred.

2025 (published by the National Bureau of Statistics)

The national wage distribution for this occupation in China is still insufficient evidence; the NBS2025 figures of 113594 yuan/year for urban non-private manufacturing units and 76055 yuan/year for private units are pre-tax annual average industry background, mixing multiple occupations, and match a manufacturing scenario rather than an exact occupation wage.

yuan/year (gross pre-tax wages basis)

Yuan/year, pre-tax average wages, including bonuses and allowances, not equivalent to take-home income.

The national wage distribution for this occupation in China is still insufficient evidence; the NBS2025 figures of 113594 yuan/year for urban non-private manufacturing units and 76055 yuan/year for private units are pre-tax annual average industry background, mixing multiple occupations, and match a manufacturing scenario rather than an exact occupation wage.

The NBS manufacturing proxy can serve as background but cannot be used to infer this occupation's percentiles, education premiums, or individual offers.

Editorial judgment: whether automation affects wages must be judged from actual positions and contracts; this round has no causal China wage data for this occupation.

The exact Chinese occupation mapping is pending verification; the Chinese name is not automatically equivalent to SOC51-7011.

Editorial position check: junior high school or below / no fixed education requirement

Editorial position check: wood product machining and assembly positions (mainly on-the-job training)

This level is mainly on-the-job mentoring; the company's work safety and equipment management rules must be followed, protective equipment worn as needed, and dust and noise controlled.

High school or secondary vocational education

Editorial position check: furniture and cabinet machining positions (may take on drawing reading and dimensional verification)

May take on duties such as drawing reading and layout and dimensional verification; the scope of equipment operation is set by position authorization and training, and is not automatically expanded by education.

Higher vocational college or technical school (carpentry, furniture design and manufacturing track)

Editorial position check: sample-making and process positions, team technical leads

Editorial position check example: combined with actual training and job duties, check the requirements for sample making, first-article verification, and process parameter records; education does not automatically correspond to these duties. Inspection conclusions are signed under company procedures and do not replace design and installation plan approval.

With on-the-job experience and internal qualification

Editorial position check: shop process or production management positions (scheduling, process, and equipment management)

Management positions involve scheduling, process, and equipment safety; approval of structural and load-bearing plans remains with design or engineering positions.

The wood products manufacturing scenario may refer to the two NBS manufacturing unit averages; this is only related industry background.

Editorial position check: machining positions in furniture and wood products manufacturing companies mostly fall into this category; this category publishes only industry averages, and this page does not infer this occupation's wages from them.

Editorial position check: other industries (including construction, classification note)

Editorial position check: machining and installation positions for architectural woodwork and fixtures may fall under construction or other categories; this page does not treat that category's average as this occupation's wage.

For construction installation scenarios, the employer's actual industry should be checked separately; the U.S. 78% proportion or the manufacturing average is not applied.

The industry reference is for background; specific occupation, region, and piece-rate wages are still insufficient.

National Bureau of Statistics 2025 urban unit wage tables 2 and 5 and notes | https://www.stats.gov.cn/sj/zxfb/202605/t20260515_1963707.html

China wages: manufacturing background and the exact-occupation gap

No national exact-occupation wage distribution was obtained this round; the 2025 manufacturing industry reference was obtained, and the two are labeled separately.

Editorial position check: when comparing different opportunities, confirm the employment form (company shop, individual workshop, or project-based), the scope of responsibility for equipment and drawings, dust and noise protection measures, shift and overtime arrangements, and whether assessment is by piece rate or hourly; note also that this page does not provide wage figures for this occupation in mainland China.

Publication information for the Occupational Classification Code of the People's Republic of China (2022 edition) (Ministry of Human Resources and Social Security) | https://www.mohrss.gov.cn/wap/xw/rsxw/202210/t20221028_489104.html

This page does not provide monthly salary ranges or city rankings for this occupation in mainland China; companies and employment forms differ substantially in products, equipment, and assessment, and when comparing, duties and equipment authorization must be put into a written agreement.

Mainland China (national scope)

Insufficient evidence: no national monthly salary distribution exactly matching cabinetmakers and bench carpenters was obtained; this page does not publish substitute figures.

First-tier cities and areas with concentrated furniture industry

Insufficient evidence: no verifiable region-level occupation monthly salary data was obtained, and this page does not show regional rankings.

Other regions

Insufficient evidence: no official or verifiable source supports monthly salary ranges for this occupation in other regions.

No one-to-one Chinese occupation code was established this round, and the Chinese position duties must be verified independently.

National Bureau of Statistics pre-tax annual average manufacturing reference | https://www.stats.gov.cn/sj/zxfb/202605/t20260515_1963707.html; O*NET national wage percentiles for this occupation | https://www.onetonline.org/link/localwages/51-7011.00

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job.

$46,680/year (median)

On the same basis, the hourly 25th percentile is 18.67 USD.; Wage percentiles from BLS 2025 shown by O*NET | https://www.onetonline.org/link/localwages/51-7011.00

$46,680/year (median)

The corresponding median hourly wage is 22.44 USD, and the median does not equal an entry-level wage.; Wage percentiles from BLS 2025 shown by O*NET | https://www.onetonline.org/link/localwages/51-7011.00

55,760 USD/year (75th percentile)

On the same basis, the hourly 75th percentile is 26.81 USD.; Wage percentiles from BLS 2025 shown by O*NET | https://www.onetonline.org/link/localwages/51-7011.00

63,720 USD/year (90th percentile)

The corresponding hourly 90th percentile is 30.64 USD and the annual wage is 63720 USD; the source does not break down causality by product difficulty or crew responsibility.

81800 people (2025, this sub-category).

The O*NET industry distribution is manufacturing 78% and other 22% (including construction), which differs from the wage industry classification, and wages cannot be inferred from the proportions.

Change -2.9% (2025—2035, O*NET rounds to -3%).

This change label is on the exact occupation scope of Cabinetmakers and Bench Carpenters (SOC 51-7011), and the occupation page is not marked Bright Outlook.; O*NET occupation summary | https://www.onetonline.org/link/summary/51-7011.00

6900 per year (average annual openings 2025—2035, not net growth).

A net employment decline and 6900 average annual openings can coexist; replacement demand differs from net growth, and openings are not treated as new positions.

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job.

2025 wages for this sub-category: median 46680 USD/year and 22.44 USD/hour, with annual wages from P10 to P90 of 35650—63720; U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job. Industry wages are labeled separately as a Woodworkers parent-occupation proxy.

U.S. survey of entry-level education requirements: 76% high school or equivalent, 21% less than high school, 3% some college, no degree; this is not the education composition of incumbents. For this BLS sub-category the typical entry-level education is high school/equivalent, related experience None, and mid-term OJT. Zone1—2, from a few days to a year, is the broad preparation level; the OOH notes that entry tasks for wood products workers sometimes take under a month, with proficiency taking months to more than a year, and actual positions must be checked separately. Individual permits and state requirements were not comprehensively checked.

Education and training

Editorially, check the contract's piece-rate/hourly basis, overtime, and duties; an equipment authorization cannot be used to infer that income must increase.

Industry and employer type

Editorially check region, contract, and shifts; official percentiles do not by themselves explain the causes of wage differences.

Scope of duties and level of responsibility

Change -2.9% (O*NET rounds to -3%, 2025—2035).

Specialty trade contractors (Woodworkers parent occupation)

47590 USD/year (2025 parent-occupation industry median, not this sub-category).

The median for the combined BLS OOH Woodworkers occupation in this industry, covering multiple sub-categories; it is not an industry-exact wage for 51-7011.

Furniture and related product manufacturing (Woodworkers parent occupation)

45980 USD/year (2025 parent-occupation industry median, not this sub-category).

The median for the combined BLS OOH Woodworkers occupation in this industry, covering multiple sub-categories; it is not an industry-exact wage for 51-7011.

Wood product manufacturing (Woodworkers parent occupation)

42630 USD/year (2025 parent-occupation industry median, not this sub-category).

The median for the combined BLS OOH Woodworkers occupation in this industry, covering multiple sub-categories; it is not an industry-exact wage for 51-7011.

Breakdown by product type is not published

Insufficient evidence: the source does not publish median wages broken down by product type or crew level.

The sources read this round did not provide wages for this sub-category by product or crew level; it is not inferred that all official databases fail to publish them.

Neither the median nor the 10th/25th percentiles are starting pay for newcomers, and the source does not break down the causes of individual wage differences.

Annual and hourly wages are two official wage statistics, and they cannot be used to infer an individual's take-home, overtime, or piece-rate income.

The 2025 national wage for this sub-category is retained; U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job. The O*NET industry distribution is manufacturing 78% and other 22% (including construction), which differs from the wage industry classification, and wages cannot be inferred from the proportions. The industry wages below are a Woodworkers parent-occupation proxy.

Editorially, check the actual contract, piece rates, and shifts; do not infer individual income from statistics.

$46,680/year (median)

The 10th percentile is an annual wage of 35,650 USD; this is the low end of the distribution, does not represent all newcomers, and does not constitute a starting-pay promise.

The median is an annual wage of 46,680 USD; it describes the midpoint of the whole distribution and does not represent an individual's take-home income.

The 90th percentile is 63720 USD/year, only a position in the distribution; the source does not prove that the high end is caused by product difficulty or management responsibility.

Interest RC: R100/C40/A25/I18/E4/S2; the specific-field scores of construction carpentry 99 and physical/manual work 80 are a separate set of measures, are not counted as realistic-type sub-scores, and are not a personal pass line.

Evidence strength: O*NET explicitly provides the interest code, which is at the official occupation data level; it describes the interest profile of the occupation group and is not a conclusion about an individual's fit.

Note: if your interest test results match the occupation's interest code, that only means the direction is close; it does not mean you already have the drawing-reading ability, the authorization to operate woodworking machines, or the abilities and qualifications required for dimensional inspection.

Editorial observation: attention to detail, dependable follow-through, and cautious handling of exceptions can be used for task observation, but performance is not inferred from Big Five scores; the O*NET style scores of detail 86 / dependable 71 / cautious 59 are occupation-group descriptions.

Editorially, observe the behavior of checking dimensions from drawings and recording errors; no research on the predictive validity of personality scores for this occupation was obtained.

Note: treating personality scores as a competence conclusion is a common misuse; this page provides no score thresholds or list of personality types.

The occupation materials read this round provide no best MBTI type or competence threshold; a type can serve as a self-reflection prompt and is not a hiring determination.

This round did not check the predictive validity of MBTI for this occupation, and no sweeping claim is made that such a conclusion does not exist in any official material.

Note: this page lists no "best fit" type and does not endorse using one to screen candidates.

The materials read this round provide no Enneagram type threshold for entry; reflective preference does not replace training and task verification.

No evidence was obtained this round that the Enneagram predicts work outcomes in this occupation, and no investment or hiring conclusion is drawn from it.

Note: this page provides no mapping between types and positions.

Math importance 44, reading 47, writing 35, and science 0 are O*NET skill importance ratings, not IQ or ability thresholds; editorially, practice unit conversion and dimensional and tolerance checking first, then judge the need for training.

Evidence strength: the O*NET official work activity and skill lists provide the importance ratings above; they describe occupation characteristics and do not correspond to specific score thresholds.

Note: this page does not use any test score as a basis for admission or elimination.

Editorially observe whether the person can communicate and follow the applicable safety procedures during abnormalities and rework; the causal effect of emotional intelligence on outcomes was not measured.

Emotional scores do not replace job training and records, and this round has no validity research for this occupation.

Note: this page provides no emotional ability threshold and does not equate a high score with competence.

Editorially check reviewable drawing reading, dimensional records, and correction behavior, as well as appropriate guarding and training conditions; tolerating uncontrolled dust and noise is not treated as a fit criterion.

Editorial fit observation: checks dimensions from drawings and is willing to review and report abnormalities; safety controls and support conditions must be checked first, and home projects are not enough to prove independent equipment competence.

Editorial adjacent direction: construction carpentry

Editorial observation: willing to deal with on-site structure, dimensions, and installation conditions.

Editorial transfer gap: drawing-reading and tool experience transfers, but on-site structure and the applicable qualifications must be added.

Editorial adjacent direction: furniture finisher

Editorial observation: willing to deal with surface preparation, finishing, and appearance review.

Editorial transfer gap: sanding experience transfers, but finishing processes and chemical control must be added.

Editorial adjacent direction: sheet metal worker

Editorial observation: willing to deal with sheet metal forming and metal assembly.

Editorial transfer gap: drawing-reading and gauge experience transfers, but shearing, bending, seaming, and material processes must be added.

Editorial adjacent direction: boilermaker

Editorial observation: willing to learn large vessel and metal structure assembly.

Editorial transfer gap: wood product experience does not replace metal welding and vessel requirements, and training and qualifications must be checked separately.

Editorial adjacent direction: carpenter helper

Editorial observation: willing to take on on-site support, material handling, and tool and material preparation.

Editorial transfer gap: tool and safety habits transfer, but the helper role does not automatically grant independent equipment operation.

Editorial adjacent direction: aircraft structure, surfaces, rigging, and systems assembler

Editorial observation: willing to move toward aircraft structure assembly and strict record-keeping.

Editorial transfer gap: aviation drawings, fastener inspection, and the applicable training authorization must be added; carpentry experience does not equal aviation qualification.

Editorially, read drawings and check the revision, check condition and necessary calibration per the gauge instructions and quality plan, and record fit deviations; when missing guards or a hazard is found, stop, report, and prevent further use under the applicable procedures; when maintenance carries a risk of unexpected start-up or energy release, it is handled by appropriate personnel under hazardous-energy isolation, verification, and restoration procedures. Pressing a stop button does not equal isolation, and this text grants no authority to repair or restart.

Introversion and extraversion do not automatically determine competence. The O*NET32% in continuous contact with others / 35% considering teamwork extremely important, and 24% daily / 65% never making decisions affecting others or the organization, are different survey items and do not mean never making any operational judgment; editorially observe communication and checking tasks.

An extraversion score does not guarantee collaboration. Editorially observe communication and task review; 99% continuous standing / 95% hand use are only conditions, and accepting uncontrolled dust and noise cannot be required.

The materials read this round gave no best MBTI type and did not check predictive validity; a type list is not used to assess an individual's competence.

Interest RC: R100/C40/A25/I18/E4/S2; the specific-field scores of construction carpentry 99 and physical/manual work 80 are a separate set of measures, are not counted as realistic-type sub-scores, and are not a personal pass line.

No predictive validity of personality or interest tools for competence in this occupation was obtained this round; competence is not determined by scores and can be checked together with dimensions, assembly records, and actual safe operation.

Being weak at math cannot by itself disqualify someone from entry. O*NET math importance 44 is not a pass line; editorially, practice unit conversion, dimensions, and tolerances on paper drawings first, check errors and training support, and actual equipment tasks require separate safety training.

Editorially observe communication and rule-following during rework and abnormalities; emotional intelligence is not claimed to have a causal benefit, and a single score does not determine competence.

No research was obtained this round on the Enneagram for hiring, competence, or return on investment in this occupation; this page does not decide training investment or authority based on type.

Editorially, collect dimensional, tolerance, deviation-handling, and assembly-check records, which can only serve as a basis for learning discussion; a single simulation or a comment from an incumbent does not prove complete occupational fit or operating qualification.

You can get dimensions and joints right to drawings and leave verification records; you are willing to stop the machine and escalate when guards are missing or materials do not match, rather than finishing first and explaining later.

You find gauges and records a nuisance, habitually skip equipment checks and dust control, resist correction when an out-of-tolerance dimension or non-fitting joint is pointed out, or use equipment with modified safety devices to rush a deadline; all of these directly amplify injury and quality risk and require caution.

Editorial low-risk trial: mark dimensions, tolerances, and a material list on a paper drawing, measure a safe finished product and record deviations, and discuss joints and guarding; do not start sawing or milling machines, and practice does not confer operating rights.

The training directory has 54 programs; the recent-graduate entries for certificates/associate degrees at the first four schools are not the entry-level education composition. The education survey must be read from the detailed profile.

The certification directory shows two Industrial Carpenter/NCCER records, which does not mean these are mandatory qualifications for the whole occupation or two different certificates; issuance conditions and licensing are checked separately.

Used to explain the O*NET official task and work activity scope.

Used to explain the employment and outlook scope for the exact occupation scope of Cabinetmakers and Bench Carpenters (SOC 51-7011).

Used to explain the official wage percentile scope for this exact occupation (including annual and hourly wages).

Used to explain this occupation's preparation level and training entry points.

Used for occupation identity and the official duties description.

Used to explain software and tool signals in employer job postings.

Editorial signals: checking dimensions from drawings, review and correction, and abnormal-condition reporting; the work environment must have appropriate engineering controls, guarding, and support, and suitability is not assessed by tolerating uncontrolled risk.

Interest RC: R100/C40/A25/I18/E4/S2; the specific-field scores of construction carpentry 99 and physical/manual work 80 are a separate set of measures, are not counted as realistic-type sub-scores, and are not a personal pass line.

Interest RC: R100/C40/A25/I18/E4/S2; the specific-field scores of construction carpentry 99 and physical/manual work 80 are a separate set of measures, are not counted as realistic-type sub-scores, and are not a personal pass line.

RC (Realistic, Conventional)

Boundary: this section describes occupational risk and responsibility boundaries, not an evaluation of any individual or organization; specific rules and handling procedures are determined by the applicable jurisdiction and the company's work safety and equipment management system.

The main risks include mechanical injury, dust and noise, dimensional and assembly deviations, and chemical contact; wood dust can harm the skin and respiratory system; noise requires assessment and control. The U.S. OSHA eTool emphasizes local exhaust ventilation and its maintenance and control of noise at the source and along the transmission path, with hearing protection as the last line of defense; measures are set based on the applicable assessment, and job rotation does not replace engineering controls. When missing guards or a hazard is found, stop, report, and prevent further use under the applicable procedures; when maintenance carries a risk of unexpected start-up or energy release, it is handled by appropriate personnel under hazardous-energy isolation, verification, and restoration procedures. Pressing a stop button does not equal isolation, and this text grants no authority to repair or restart.

The risk scenarios are editorial examples; they are based on this occupation's tasks, China's Work Safety Law, and U.S. OSHA within their respective scopes, do not treat O*NET situational exposure as an accident rate, and do not replace a company's equipment and material assessment.

Workers and crews

Missing guards or contact with moving cutting tools can cause serious mechanical injury; no frequency of occurrence during rush work is inferred.

When missing guards or a hazard is found, stop, report, and prevent further use under the applicable procedures; when maintenance carries a risk of unexpected start-up or energy release, it is handled by appropriate personnel under hazardous-energy isolation, verification, and restoration procedures. Pressing a stop button does not equal isolation, and this text grants no authority to repair or restart.

Skipping checks and removing or bypassing equipment guards to rush a deadline.

Workers and occupational health management

Wood dust can harm the skin and respiratory system; noise requires assessment and control. The U.S. OSHA eTool emphasizes local exhaust ventilation and its maintenance and control of noise at the source and along the transmission path, with hearing protection as the last line of defense; measures are set based on the applicable assessment, and job rotation does not replace engineering controls.

Editorially check local exhaust maintenance, noise source and transmission control, monitoring, and appropriate protection; job rotation is not used to guarantee safety, and specialist equipment changes must follow the real duties.

Continuing to machine for long periods with dust collection out of service or ventilation insufficient.

Workers and process management

Editorial scenario: a layout or cutting deviation may cause rework, scrap, or delivery impact, and does not necessarily scrap the whole batch.

Editorially, do first-article confirmation, appropriate sampling inspection, and deviation records under the product quality plan, with sample size and frequency checked against the real requirements.

Cutting a whole batch without first-article confirmation, or machining from an outdated drawing revision.

Workers and quality inspection

A joint-fitting deviation or weak gluing and fastening may cause fit problems or service failure; joints, fastening, and finished products must be checked against drawings and inspection procedures, and it is not presumed that all deviations necessarily fail.

Control fit clearance, glue amount, and fastening method per process requirements, and recheck solidity after assembly and keep a record.

Substituting visual inspection for fit checking, or continuing to pass work along when glue amount and fastening do not meet the standard.

Workers and chemical management

Woodworking surface-finishing chemicals can cause skin and respiratory health hazards; the actual adhesive/coating risk is checked against the material safety information and exposure conditions.

Use and store chemicals per the safety data sheets, maintain ventilation and wear the corresponding protective equipment, and keep issuance and ventilation records.

Using large amounts of adhesives or coating materials in a confined space without increased ventilation.

Workers and process management and mentoring personnel (editorial scenario).

Editorial scenario: changing machining programs, tooling, or guarding without proper training may cause injury and quality problems.

In China, only those who pass training may take up the post; program and equipment changes are checked against the real duties and quality procedures, abnormalities are stopped and reported, and maintenance isolation and restoration cannot be authorized by this text.

Editorial scenario: changing parameters, tooling, or guard interlocks to speed up, or assigning untrained personnel to high-risk work on their own.

Used to explain U.S. occupation identity and official duties, not for risk assessment.

Articles 28, 30, 44—45, and 54—55 of China's Work Safety Law; the scope of training and protection and of special operations is checked separately, and the right to stop/evacuate for direct danger is not replaced by internal authorization.

Used to explain the official task, work activity, and work context scope, not for risk assessment.

OSHA guidance on wood dust health effects and local exhaust ventilation; it is U.S. guidance, its limits are not applied elsewhere, and it is not an individual diagnosis.

OSHA1910.213 U.S. woodworking machinery guarding and control; the maintenance isolation applicable under 1910.147 is checked separately, a stop button is not isolation, and this text grants no authority to restore equipment.

Editorial pathway example: can complete drawing reading and layout, basic cutting and joint fitting, and simple assembly and sanding under supervision, and can identify equipment and dimensional issues that need to be raised.

Editorial pathway example: Entry: can complete layout and basic machining under supervision

Editorial pathway example: can independently take charge of drawing reading and layout, machining and shaping, and dimensional verification for one product category or process, with complete records.

Editorial pathway example: Advanced: can independently take charge of process machining and verification

Editorial pathway example: can make samples and determine process parameters, mentor newcomers, and take on equipment checks and first-article verification.

Editorial pathway example: Mature: can make samples, set processes, and mentor

Editorial pathway example: can take charge of shop scheduling, processes, and equipment safety, and be accountable for crew quality and delivery.

Editorial pathway example: Responsibility: shop process or production lead

U.S. survey of entry-level education requirements: 76% high school or equivalent, 21% less than high school, 3% some college, no degree; this is not the education composition of incumbents. For this BLS sub-category the typical entry-level education is high school/equivalent, related experience None, and mid-term OJT. Zone1—2, from a few days to a year, is the broad preparation level; the OOH notes that entry tasks for wood products workers sometimes take under a month, with proficiency taking months to more than a year, and actual positions must be checked separately. Article 28 of China's Work Safety Law provides that a person may take up the post only after passing training, with records kept; Article 30 requires separately checking the catalog and qualifications for special operations, which does not imply that all woodworkers fall under special operations; the rights under Articles 54—55 to refuse violations and to stop/evacuate when personal safety is directly endangered do not depend on internal authorization. Equipment operation and maintenance isolation and restoration must be checked against the actual system separately; this round did not comprehensively check individual permits, local requirements, or product standards.

Education, training, operating and maintenance authority, quality sign-off, and the statutory right to stop for danger are checked separately; a stop button is not hazardous-energy isolation.

Article 28 of China's Work Safety Law provides that a person may take up the post only after passing training, with records kept; Article 30 requires separately checking the catalog and qualifications for special operations, which does not imply that all woodworkers fall under special operations; the rights under Articles 54—55 to refuse violations and to stop/evacuate when personal safety is directly endangered do not depend on internal authorization. Equipment operation and maintenance isolation and restoration must be checked against the actual system separately; this round did not comprehensively check individual permits, local requirements, or product standards. U.S. individual and contracting business licensing and state rules were not comprehensively checked this round, and it cannot be asserted that both places generally have no licensing.

Editorial pathway example: gradually accumulate drawing reading, tolerance, joint, and machining records; actual independent tasks and management responsibility are determined by the company's position arrangements, and no uniform promotion path is guaranteed.

Used to explain U.S. occupation identity and the official duties description.

The training directory is an entry point for learning programs; the 76/21/3% entry-level education survey comes from the detailed profile, not from directory graduate counts.

Used to explain the official task, work activity, and work context scope.

The certification directory has two Industrial Carpenter/NCCER records, and issuance conditions are checked separately; the directory does not prove equipment authorization, practice licensing, or a mandatory requirement for all positions.

U.S. survey of entry-level education requirements: 76% high school or equivalent, 21% less than high school, 3% some college, no degree; this is not the education composition of incumbents. For this BLS sub-category the typical entry-level education is high school/equivalent, related experience None, and mid-term OJT. Zone1—2, from a few days to a year, is the broad preparation level; the OOH notes that entry tasks for wood products workers sometimes take under a month, with proficiency taking months to more than a year, and actual positions must be checked separately. In China, only those who pass work safety training may take up the post.

Editorial pathway example: under mentoring, read drawings and lay out, complete basic cutting and joint fitting, and learn fit and sanding requirements.

Editorial evidence example: appropriate work and inspection records, exception correction, and training evaluation; a clean no-violation record is not set as the only entry threshold for all companies.

Editorial pathway example: accountable for dimensions and tolerances, joint fit, and appearance preparation.

Editorial pathway example: Entry role: custom shop machining or assembly position.

Editorial pathway example: masters drawing reading, machining, and dimensional verification for one process.

Editorial pathway example: independently responsible for machining, joint fitting, and first-article verification for one process, and takes part in special joint work.

Editorial pathway example: reviewed first-article verification records and deviation disposition notes.

Editorial pathway example: accountable for process machining precision and explanation of deviations.

Editorial pathway example: Advanced role: process technical lead or sample-making assistant.

Editorial pathway example: has multi-process experience and sample-making ability.

Editorial pathway example: coordinates multi-process machining and assembly, mentors newcomers, and reviews equipment-check and guarding records.

Editorial pathway example: multi-process records, sample-making records, and equipment-check review records.

Editorial pathway example: accountable for crew machining consistency and safety execution.

Editorial pathway example: Mature role: process lead or crew supervisor.

Editorial pathway example: has experience in scheduling, processes, and equipment safety management.

Editorial pathway example: responsible for shop scheduling, process parameters, and equipment safety, and develops workers.

Editorial pathway example: scheduling and process documents, safety inspection records, and development records.

Editorial pathway example: accountable for shop quality, delivery, and safe operation.

Editorial pathway example: Responsibility role: shop process or production management position.

Editorially check the position's education and required training; in China, only those who pass safety training may take up the post; equipment tasks and maintenance authority are checked separately.

Editorial pathway example: under mentoring, machine to drawings for batch parts and learn on-site dimensional fit and delivery milestone requirements.

Editorial pathway example: batch machining records and dimensional sampling inspection records.

Editorial pathway example: accountable for batch part dimensional consistency and delivery milestones.

Editorial pathway example: Entry role: architectural woodwork machining position.

Editorial pathway example: masters batch consistency and on-site fit methods.

Editorial pathway example: independently undertakes machining and sampling inspection for one product line and takes part in on-site dimensional review.

Editorial pathway example: product line sampling inspection records and on-site review notes.

Editorial pathway example: accountable for product line consistency and on-site fit results.

Editorial pathway example: Advanced role: product line machining lead.

Editorial pathway example: has experience in cross-process coordination and delivery deadline management.

Editorial pathway example: coordinates multiple processes with on-site installation interfaces and reviews delivery deadlines and quality requirements.

Editorial pathway example: coordination records and delivery tracking sheets.

Editorial pathway example: accountable for cross-process interfaces and meeting delivery deadlines.

Editorial pathway example: Mature role: production coordination or project support position.

Editorial pathway example: has project and safety management experience.

Editorial pathway example: responsible for project scheduling, on-site fit, and safety management, and develops the team.

Editorial pathway example: project documents, safety inspection records, and training materials.

Editorial pathway example: accountable for project delivery and safe operation.

Editorial pathway example: Responsibility role: project or production management position.

Editorially check the specific education, software, and safety training for CNC positions; the general carpentry preparation level cannot be directly used to infer the threshold for all CNC work.

Editorial pathway example: under mentoring, complete equipment setup, program calling, and first-article machining.

Editorial pathway example: equipment setup records and first-article verification records.

Editorial pathway example: accountable for first-article dimensions and equipment setup accuracy.

Editorial pathway example: Entry role: CNC equipment operator position.

Editorial pathway example: masters understanding machining programs and adjusting parameters.

Editorial pathway example: independently completes batch machining, fine parameter adjustment, and first-article verification, and handles common machining exceptions.

Editorial pathway example: parameter records, first-article and sampling inspection records, and exception disposition notes.

Editorial pathway example: accountable for batch consistency and the reasonableness of parameters.

Editorial pathway example: Advanced role: CNC operating lead.

Editorial advancement example: experience with programs and process analysis; maintenance tasks require separate training and hazardous-energy control, and program ability does not automatically grant maintenance rights.

Editorial example: improves programs and tooling within the real authority, organizes production, and checks maintenance records; specialist repair is handled by personnel with the appropriate duties under isolation and restoration procedures.

Editorial pathway example: program optimization notes, maintenance records, and batch quality analysis.

Editorial pathway example: accountable for machining efficiency, quality consistency, and equipment condition.

Editorial pathway example: Mature role: CNC process or equipment management lead.

Editorial pathway example: has process system and team management experience.

Editorial pathway example: responsible for the CNC process system, equipment safety, and personnel development, and accountable for delivery.

Editorial pathway example: process system documents, equipment safety records, and development records.

Editorial pathway example: accountable for the overall operation and safety of the CNC process.

Editorial pathway example: Responsibility role: process or equipment management position.

Education, training, operating and maintenance, and quality authority are checked separately; in China, the right to stop/evacuate for direct danger does not require waiting for internal authorization, and a stop button is not isolation.

U.S. survey of entry-level education requirements: 76% high school or equivalent, 21% less than high school, 3% some college, no degree; this is a survey, not the education composition of incumbents. For this BLS sub-category the typical entry-level education is high school/equivalent, related experience None, and mid-term OJT. Zone1—2, from a few days to a year, is the broad preparation level; the OOH notes that entry tasks for wood products workers sometimes take under a month, with proficiency taking months to more than a year, and actual positions must be checked separately.

Article 28 of China's Work Safety Law provides that a person may take up the post only after passing training, with records kept; Article 30 requires separately checking the catalog and qualifications for special operations, which does not imply that all woodworkers fall under special operations; the rights under Articles 54—55 to refuse violations and to stop/evacuate when personal safety is directly endangered do not depend on internal authorization. Equipment operation and maintenance isolation and restoration must be checked against the actual system separately; this round did not comprehensively check individual permits, local requirements, or product standards. The certification directory has two Industrial Carpenter records, and issuance and mandatory status are checked separately.

Before starting, check item by item the working environment and equipment authorization, the scope of responsibility for drawings and tolerances, dust and noise protection measures, shift and overtime arrangements, and whether you are responsible for sample making and first-article verification, and keep written confirmation.

This round has no real company job posting sample; cabinet machining, furniture carpentry, wood product assembly, and CNC woodworking are example search names used editorially and do not prove frequency. Check duties, training, guarding, shifts, and equipment authority item by item.

When reading job postings, check the working environment and equipment authorization, the scope of responsibility for drawings and tolerances, dust and noise protection measures, shift and overtime arrangements, and whether sample making and first-article verification are required, and be wary of wording that presents "experienced" or "fast hands" as the ability to operate high-risk equipment independently or to hold inspection sign-off rights.

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job. The national wage distribution for this occupation in China is still insufficient evidence; the NBS2025 figures of 113594 yuan/year for urban non-private manufacturing units and 76055 yuan/year for private units are pre-tax annual average industry background, mixing multiple occupations, and match a manufacturing scenario rather than an exact occupation wage.

United States

2025—2035.

BLS table 1.2 exact projection for this occupation 51-7011, with O*NET rounding to -3%; not being marked Bright Outlook does not mean there is no demand.

These are statistics for the occupation group and do not constitute an employment guarantee for an individual company or position; job posting keywords cannot by themselves prove national demand, and net employment growth and annual openings are different measures.

Employment change -2.9%, average annual openings 6900 (not net growth).

exact

Change -2.9% (O*NET rounds to -3%, Decline, 2025—2035).

United States

2025 OEWS

The BLS 2025 OEWS data shown by O*NET; the occupation page is not marked Bright Outlook and classifies it as Job Zone 1-2 (SVP below 6.0).

The median is not an entry-level wage and does not constitute an individual job offer; percentile figures cannot be treated as a starting-pay promise.

Wage percentiles and median

exact

Median annual wage 46,680 USD and median hourly wage 22.44 USD; annual wages from the 10th to the 90th percentile range from 35,650 to 63,720 USD

Mainland China

2025

The national wage distribution for this occupation in China is still insufficient evidence; the NBS2025 figures of 113594 yuan/year for urban non-private manufacturing units and 76055 yuan/year for private units are pre-tax annual average industry background, mixing multiple occupations, and match a manufacturing scenario rather than an exact occupation wage.

The industry average mixes multiple occupations, and the exact occupation wage and one-to-one Chinese classification are still insufficient.

Manufacturing industry background and the exact-occupation wage gap.

industry_proxy

2025 manufacturing non-private 113594 / private 76055 yuan pre-tax annual average (industry proxy, not this occupation).

U.S. BLS table 1.2 for this occupation 51-7011: 81800 in 2025 → 79400 in 2035, a net change of -2400 and a change of -2.9% (O*NET rounds to -3%, Decline), with an average of 6900 openings per year over 2025—2035; openings are not net growth and do not predict an individual's job.

The O*NET industry distribution is manufacturing 78% and other 22% (including construction), which differs from the wage industry classification, and wages cannot be inferred from the proportions.

NBS2025 manufacturing industry proxy and the exact-occupation wage gap are labeled separately.

Used to explain the wage percentile scope for this exact occupation (including annual and hourly wages) and the boundary that percentiles cannot be treated as starting pay.

Editorial transfer check: needs to build up capability in on-site structural dimensions, support, and installation conditions.

Editorial transfer check: drawing reading, dimensional verification, and tool use experience transfer.

Editorial transfer check: moderate distance: within the same carpentry chain, with the workplace and object shifting from the shop to the construction site.

Editorial transfer check: needs to build up finishing process and appearance quality control capability.

Editorial transfer check: sanding and surface-preparation experience transfers.

Editorial transfer check: fairly close: both are downstream wood product processes, with duties shifting from machining and assembly to surface finishing.

Editorial transfer check: needs to build up upholstered structure and fabric covering capability.

Editorial transfer check: frame assembly and fastening experience transfers.

Editorial transfer check: moderate distance: both are furniture manufacturing, but the materials and process objects differ.

Editorial transfer check: needs to build up batch process and equipment takt management capability.

Editorial transfer check: equipment operation and safety habits transfer.

Editorial transfer check: woodworking machine positions other than sawing can machine many kinds of products; the difference cannot be defined only as one-off to large batch, and equipment setup and processes must be checked.

Editorial transfer check: needs to build up knowledge of log sawing and equipment guarding.

Editorial transfer check: sawing safety and dimensional control experience transfers.

Editorial transfer check: setting up and operating wood sawing machinery may involve different workpieces and processes, and it is not stipulated that all positions are in the upstream log stage.

Editorial transfer check: needs to build up sheet metal shearing, bending, and seaming capability.

Editorial transfer check: drawing reading, gauge use, and assembly experience transfer.

Editorial transfer check: moderate distance: both are manufacturing and assembly, with the material shifting from lumber to sheet metal.

Editorial transfer check: needs to build up on-site support and material handling standards.

Editorial transfer check: tool use and safety habits transfer.

Editorial transfer check: fairly close: both are on site or in the shop, with duties shifting from independent machining to support work.

Editorial transfer check: needs to build up knowledge of pattern precision and geometric tolerancing.

Editorial transfer check: hand machining and fit control experience transfers.

Editorial transfer check: wood machining tasks can be compared, but wood pattern drawings, casting allowance, and specific shape and dimension requirements must be checked separately; this round did not obtain a comparison of how strict the tolerances are in the two occupations.

FermatMind compiled this based on this occupation's tasks, the BLS wage projection, the wood product manufacturing parent-occupation industry wage, the NBS manufacturing industry reference, and the Chinese and U.S. safety materials read; the editorial suggestions are not an actual company system or a test result.

This round read nine O*NET pages plus tasks, context, education, and software; BLS table 1.2 for this sub-category, and the OOH wood product combined occupation's education and industry wages; NBS tables 2 and 5 and the notes are reused from the same edition; Articles 28, 30, 44—45, and 54—55 of China's Work Safety Law, the OSHA woodworking machinery rules and dust and noise control, and the applicable maintenance isolation.

Checked on 2026-10-09: 2025 wage industry, 2025—2035 projection, all of 2025 hot technologies; NBS2025 wages published in 2026; the Chinese Work Safety Law read is the 2021 third revision and the U.S. OSHA pages are from this round. Not all local licensing, the latest product standards, or all company systems were checked.

The national wage projection for this sub-category, the Woodworkers parent-occupation industry wage, and the China manufacturing industry average are kept separate; credentials, equipment maintenance and restoration, and quality authority are checked separately, and the right to stop for danger cannot be replaced by internal authorization; assessments and AI scenarios do not guarantee individual results.