{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:43.039Z","occupation":{"soc":"51-4035.00","title":"Milling and Planing Machine 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, monitoring, and quality verification of milling and planing machines in metal and plastics production environments, from entry-level supervised tasks through department-level leadership and process ownership.","levels":{"emerging":{"label":"Emerging","statements":["Basic measuring instruments such as calipers and micrometers — identify and use under direct supervision to verify that removed workpieces meet dimensional specifications on the shop floor.","Workpiece alignment on milling machines — check using rules and gauges following step-by-step guidance from a lead operator.","Machine controls for cutting specifications — locate and adjust under close supervision to position cutting tools and workpieces as directed.","Milling and planing machine operation — observe and report deviations from expected behavior to a supervising technician during production runs.","Cutting tools and standard accessories — select and install using hand tools according to written specifications under direct instructor or supervisor oversight.","Workpieces on machine fixtures — position and secure using basic holding devices and hand tools with assistance from an experienced operator.","Worn or dull cutting tools — recognize and flag for replacement or sharpening, using a bench grinder under supervised conditions on the production floor.","Blueprints and work orders — read and interpret basic workpiece specifications with guidance to identify required tools, materials, and operation sequences.","Safety protocols for milling and planing operations — follow consistently, including proper use of personal protective equipment in a metal or plastics production environment.","Industrial control software interfaces — navigate basic screens and input parameters under close supervision to support machine setup tasks."]},"developing":{"label":"Developing","statements":["Removed workpieces — inspect independently using micrometers, gauges, and calipers to confirm conformance with dimensional tolerances during routine production runs.","Workpiece alignment — verify using precision measuring instruments with minimal oversight, making straightforward corrections to positioning before machining begins.","Cutting speed, feed rate, and depth-of-cut controls — set and adjust routinely based on job specifications to prepare milling or planing machines for standard operations.","Machine performance during milling or planing cycles — monitor and make control adjustments to maintain specified tolerances across familiar material types.","Cutting tools and tooling accessories — select, install, and torque to specification using hand tools or power tools in accordance with job documentation without close supervision.","Workpieces of moderate complexity — position, align, and secure using holding devices, measuring instruments, and hoists following established setup procedures.","Dull or worn cutting tools — replace and sharpen using bench grinders efficiently to minimize production downtime during a standard shift.","Blueprints, sketches, and work orders for familiar part types — study and translate into tooling instructions and sequenced operation plans with limited supervisor input.","CAD or CAM software — access and review part drawings or toolpath files to confirm setup parameters align with production requirements.","Production quality data — record and track using spreadsheet software to support ongoing conformance monitoring within a manufacturing cell."]},"proficient":{"label":"Proficient","statements":["Complex or tight-tolerance workpieces — inspect autonomously using the full range of measuring instruments, diagnosing out-of-spec conditions and determining corrective actions without supervision.","Workpiece alignment for non-routine geometries — verify and correct using advanced measurement techniques, resolving setup challenges on unfamiliar part configurations.","Machine cutting parameters for varied materials and non-standard operations — calculate and set independently, optimizing feeds, speeds, and tool engagement to meet quality and throughput targets.","Unexpected machine behavior or surface-finish deviations — diagnose using critical thinking and operations monitoring skills, adjusting controls to restore conformance mid-production.","Specialized cutting tools and custom tooling assemblies — evaluate, select, and install for complex jobs, applying knowledge of mechanical principles and manufacturer specifications.","Workpieces with complex fixturing requirements — plan and execute secure setups using precision holding devices, measurement instruments, and lifting equipment across the full range of production scenarios.","Tool wear patterns and grinder settings — analyze and manage proactively, adjusting sharpening procedures to extend tool life and maintain part quality across a full production schedule.","Multi-step blueprints, engineering layouts, and detailed work orders — interpret independently to derive complete tooling strategies and optimal operation sequences for complex assemblies.","Industrial control and CAM software — configure and troubleshoot to support accurate machine setup and verify that programmed toolpaths match engineering intent.","Recurring quality or process problems — identify root causes through systematic analysis and implement sustainable process improvements within the machining cell."]},"advanced":{"label":"Advanced","statements":["Measurement and inspection standards for the work cell — establish and communicate, defining acceptable tolerances and instrument-use protocols that govern all operators' practice.","Machine setup and alignment procedures — develop and standardize across multiple milling and planing machines, ensuring consistent quality output throughout the production department.","Cutting parameter guidelines and feeds-and-speeds reference materials — author and maintain for the full range of materials and operations processed in the facility.","Production monitoring systems and quality dashboards — design and implement to give supervisors and operators real-time visibility into conformance trends across the machining floor.","Tooling procurement and inventory strategies — lead, evaluating supplier options and establishing par-level systems that reduce downtime and tooling costs facility-wide.","Onboarding and skills-development programs for new milling and planing operators — design and deliver, incorporating hands-on workpiece setup, blueprint reading, and measurement competencies.","Tool maintenance and sharpening programs — oversee and optimize, setting bench-grinder procedures and replacement schedules that extend consumable life across all production shifts.","Cross-functional improvement projects involving engineering, quality, and production teams — lead, translating complex blueprint and process requirements into actionable machining solutions.","CAD/CAM and enterprise production software ecosystems — champion adoption and integration, guiding teams in leveraging technology to improve setup accuracy and reduce cycle times.","Departmental safety culture and compliance practices for milling and planing operations — model and enforce, conducting risk assessments and driving continuous improvement in workplace safety standards."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}