{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:09.549Z","occupation":{"soc":"51-4081.00","title":"Multiple Machine Tool Setters, Operators, and Tenders, Metal and Plastic","group":"Production","sector":"31-33","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers setup, operation, inspection, and quality control of multiple metal and plastic machine tools in a Job Zone 2 manufacturing production environment, from entry-level floor tasks through departmental leadership.","levels":{"emerging":{"label":"Emerging","statements":["Blueprint and job order basics — identify product specifications and tooling instructions under direct supervisor guidance on a production floor.","Measuring instruments such as rules and templates — use to check workpiece dimensions against stated tolerances with close oversight.","Stock material and workpieces — position and secure manually against stops or in fixtures following step-by-step direction from a lead operator.","Machine controls on lathes, drills, or grinders — locate and operate basic functions under direct supervision during initial on-the-job training.","Cutting tools and brushes — recognize signs of wear and report replacement needs to a supervisor before attempting changes.","Machine stops and guides — set to specified lengths using scales or templates as directed by written work instructions.","Defects on finished workpieces — recognize obvious surface flaws or dimensional mismatches and flag them for quality review.","Personal protective equipment and shop safety protocols — follow consistently when loading materials or attending running machines.","Hand tools such as wrenches and Allen keys — select and use correctly to perform basic fixture adjustments under supervision.","Basic shop mathematics — apply whole-number and fraction calculations to verify simple measurements and machine settings with guidance."]},"developing":{"label":"Developing","statements":["Job orders and engineering blueprints — read independently to determine operational sequences and tooling requirements for routine production runs.","Drills, cutters, dies, and holding devices — select, install, and align using measuring instruments and hand tools with minimal oversight on standard jobs.","Workpieces — inspect and measure using calipers, micrometers, and templates to verify accuracy and record results in production logs.","Lathes, millers, borers, and presses — set up and operate to produce metallic and plastic parts to specification across familiar job types.","Machine operation — monitor continuously for abnormal sounds, vibration, or surface finish changes and make routine feed or speed adjustments.","Worn cutting tools and accessories — change using proper hand tools and verify alignment before resuming production independently.","Automatic feeding mechanisms and hoists — use to load and position stock safely and efficiently within standard production cycles.","Machine stops and guides — adjust to compensate for tool wear or material variation based on in-process measurement results.","Common machine malfunctions — troubleshoot by following established diagnostic steps and escalating complex issues to maintenance personnel.","Quality control data — compile and review from multiple workpieces to identify recurring dimensional trends and adjust machine settings accordingly."]},"proficient":{"label":"Proficient","statements":["Full range of machine tool setups — plan and execute independently across lathes, cutters, shears, borers, millers, grinders, and presses for varied production orders.","Complex or tight-tolerance blueprints — interpret and translate into complete tooling and operational sequences without supervisor input.","Non-routine defects and workpiece anomalies — diagnose root cause using measurement data, visual inspection, and knowledge of tooling wear patterns.","Tooling selection and alignment — optimize for material type, part geometry, and cycle time to balance quality and throughput on the shop floor.","Machine malfunctions — troubleshoot and resolve across mechanical and operational causes, coordinating with maintenance only for major repairs.","Quality control analysis — conduct systematic dimensional checks across a production run and implement corrective adjustments to maintain specification compliance.","ERP or production tracking systems — enter job data, material usage, and downtime records accurately to support scheduling and inventory decisions.","Hoists and automated feeding systems — configure and operate safely for heavy or complex stock, ensuring consistent workpiece positioning across long runs.","Peripheral and auxiliary machine setup — integrate into primary operations, verifying synchronization and safety interlocks before production release.","Newer machine models or unfamiliar tooling configurations — adapt quickly using technical documentation and applied mechanical knowledge with minimal retraining time."]},"advanced":{"label":"Advanced","statements":["Shop-wide machine tool setup standards — develop and document to ensure consistent quality, safety, and efficiency across all operators and shifts.","Emerging operators and developing technicians — mentor in blueprint reading, measurement techniques, and machine operation through structured on-the-job coaching.","Production sequencing and workflow — optimize across multiple machine types to reduce changeover time and increase overall equipment effectiveness.","Quality control systems — design and implement inspection checkpoints and measurement protocols that reduce scrap rates across the entire production cell.","Equipment maintenance schedules — establish and oversee for all machine tools, coordinating with maintenance personnel to minimize unplanned downtime.","Tooling and supply procurement decisions — evaluate and recommend based on performance data, cost analysis, and compatibility with current production requirements.","CAD software and digital work instructions — leverage to create or review setup documentation that standardizes best practices for the department.","Safety and compliance standards — enforce and update across the work area, responding to near-miss incidents with root-cause analysis and procedural revisions.","Cross-functional communication — convey production status, quality issues, and capacity constraints clearly to engineering, scheduling, and management stakeholders.","Continuous improvement initiatives — lead on the production floor by identifying inefficiencies in machine setup and operation and implementing measurable corrective actions."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}