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Textile Cutting Machine Setters, Operators, and Tenders

SOC Code: 51-6062.00

Production

Textile cutting machine setters, operators, and tenders are critical to the apparel and home furnishings manufacturing process, precisely cutting fabric, foam, and other materials into shapes ready for assembly. They program and operate computerized cutting machines, spreading tables, and die cutting presses to translate pattern pieces from design specifications into physical cut parts at high speed and volume. Accuracy in their work directly affects the quality of finished garments and fabrics, making attention to detail and mechanical aptitude essential traits. As the textile industry increasingly adopts automated cutting technology, operators who understand both the machinery and the materials hold a strong position.

Salary Overview

Median

$37,940

25th Percentile

$32,380

75th Percentile

$43,710

90th Percentile

$49,080

Salary Distribution

$27k10th$32k25th$38kMedian$44k75th$49k90th$27k – $49k range
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Job Outlook (2024–2034)

Growth Rate

-11.7%

New Openings

1,000

Outlook

Decline

Key Skills

Operations Mon…Operation and …MonitoringEquipment Main…Quality Contro…Active ListeningSpeakingCoordination

Knowledge Areas

Production and ProcessingMechanicalMathematicsEnglish LanguageDesignAdministration and ManagementEducation and TrainingComputers and ElectronicsPublic Safety and SecurityEngineering and TechnologyAdministrativeBuilding and Construction

What They Do

  • Place patterns on top of layers of fabric and cut fabric following patterns, using electric or manual knives, cutters, or computer numerically controlled cutting devices.
  • Adjust machine controls, such as heating mechanisms, tensions, or speeds, to produce specified products.
  • Record information about work completed and machine settings.
  • Clean, oil, and lubricate machines, using air hoses, cleaning solutions, rags, oilcans, and grease guns.
  • Confer with coworkers to obtain information about orders, processes, or problems.
  • Start machines, monitor operations, and make adjustments as needed.
  • Inspect machinery to determine whether repairs are needed.
  • Repair or replace worn or defective parts or components, using hand tools.

Tools & Technology

Autodesk AutoCAD ★Microsoft Excel ★Microsoft Office software ★Microsoft Outlook ★Microsoft Windows ★Microsoft Word ★SAP software ★HAISEN SoftWare System

★ = Hot Technology (in-demand)

Education Requirements

Typical entry-level education: High School Diploma

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A Day in the Life

A typical shift begins with reviewing cut tickets that specify fabric types, pattern pieces, quantities, and lay-up instructions for the day's production orders. Operators spread fabric in precise layers on cutting tables, ensuring correct grain alignment and fabric orientation before programming or guiding cutting equipment. During cutting runs they monitor blade sharpness, vacuum table performance, and cut quality to catch any defects before parts move to sewing. Between runs they clean blades, clear cut fabric from tables, verify part counts against tickets, and bundle pieces for downstream assembly workers.

Work Environment

Cutting rooms are typically large, open production floors with spreading tables, overhead fabric roll storage, and automated cutting equipment occupying much of the space. Workers stand and walk continuously throughout their shifts and lift fabric rolls that can be heavy, making physical stamina important. Fabric fibers and dust can accumulate in the air, and some cutting operations generate noise, requiring appropriate PPE. Paced production environments mean cutters work against daily targets and must coordinate hand-offs smoothly with upstream spreading and downstream sewing departments.

Career Path & Advancement

Most workers enter cutting room positions after high school through on-the-job training that covers machine operation, pattern reading, and fabric handling for specific product types. Reliable operators frequently advance to senior cutter roles and then to cutting room supervisors who manage production scheduling and a team of operators. Workers who develop expertise in computerized cutting systems from vendors like Lectra or Gerber can transition into technical roles as cutting room technicians or programmers at higher wages. Some experienced supervisors advance into industrial engineering or operations management positions within larger manufacturing facilities.

Specializations

Computerized automated cutting (CAD/CAM) specialists program and operate numerically controlled cutters that process multiple fabric layers simultaneously, a specialization commanding above-average wages. Leather goods cutting is a distinct niche where operators work with hides of irregular shape, selecting cut placement to minimize waste and avoid defects in premium natural material. Foam and upholstery cutting involves different blade types and cutting strategies suited to thick, compressible materials used in furniture and automotive seating. Technical textile cutting for defense, medical, and filtration products requires strict quality documentation and traceability skills not typically found in apparel cutting roles.

Pros & Cons

Advantages

  • Clear entry pathway with on-the-job training requiring no college degree
  • CAD/CAM cutting skills transfer across multiple manufacturing sectors beyond textiles
  • Tangible contribution to finished products in a visible way within the production process
  • Day shifts are common in many cutting room facilities
  • Opportunities to advance into supervisory or technical programming roles
  • Precision skills developed are valued in high-quality specialized production niches
  • Growing technical textile and reshored apparel segments offer stable domestic employment

Challenges

  • Median salary of $37,940 is modest relative to the skill and physical demands
  • Standing throughout long shifts on hard production floors causes physical fatigue
  • Declining U.S. apparel manufacturing limits overall job market size
  • Repetitive motion tasks can contribute to cumulative strain injuries over time
  • Blade handling and cutting equipment present injury risk if safety protocols lapse
  • Production quota pressure creates stress during high-volume or rush-order periods
  • Limited career ceiling without additional education or technical specialization

Industry Insight

Domestic apparel and textile cutting employment has contracted substantially with the movement of production to lower-cost countries, but reshoring of performance textiles, military uniforms, and medical textiles is creating stable pockets of domestic demand. Automated cutting technology continues to advance, with AI-assisted nesting software and robotic material handling reducing labor requirements per unit while increasing precision. Operators who can work with computerized cutting systems and understand basic CNC programming concepts will have stronger long-term prospects than those limited to manual cutting operations. Sustainability pressures are driving investment in zero-waste cutting technology, creating new technical roles for workers who understand optimal material utilization.

How to Break Into This Career

Entry into textile cutting typically requires a high school diploma and willingness to learn machine operation through employer training. Candidates with prior manufacturing, warehouse, or material handling experience are often preferred for their familiarity with production floor workflows. Basic math skills for calculating lay-up quantities and cut ratios are important. Direct applications to apparel manufacturers, uniform producers, upholstery shops, and technical textile facilities in manufacturing-concentrated regions offer the most direct entry pathways.

Career Pivot Tips

Textile cutting experience develops spatial reasoning, pattern interpretation, and precision machine operation skills that are directly applicable in sign cutting, gasket fabrication, and foam processing industries. Workers comfortable with CAD/CAM cutting systems can transition to CNC machine operation in metal fabrication or plastics with modest additional training. Quality inspection skills developed through cut part verification translate to roles in manufacturing quality assurance. Those interested in the design side of fashion can build on pattern knowledge to pursue training in technical design or pattern making, complementing their hands-on production understanding.

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