{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:52.603Z","occupation":{"soc":"51-4193.00","title":"Plating 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 metal and plastic plating machine operation in industrial production facilities, spanning machine setup, chemical bath management, surface inspection, regulatory compliance, and workforce development across entry-level to senior leadership roles.","levels":{"emerging":{"label":"Emerging","statements":["Workpieces and coating solutions — immerse under direct supervision following step-by-step written procedures on the production floor.","Dial settings and current controls — adjust with guidance from a trainer to maintain basic voltage levels during a plating cycle.","Coated surfaces and plated areas — inspect visually for obvious defects such as air bubbles or uneven coverage under close supervisor review.","Plating machine controls — set up and operate basic functions following standard operating procedures in a supervised production environment.","Machine gauges and indicator readings — observe and report abnormal readings to a supervisor during routine production runs.","Workpieces removed from solution — observe at timed intervals and flag nonconforming pieces for senior review against basic specifications.","Production records and shift logs — maintain accurate entries using paper-based or simple digital forms under trainer direction.","Excess material and surface impurities — remove from workpieces using air hoses under direct instruction in a metal finishing shop.","Safety protocols and chemical handling rules — follow precisely when working with plating baths and coating solutions in a regulated facility.","Hand tools and basic measuring instruments — identify and use correctly to support setup tasks under supervision on the production line."]},"developing":{"label":"Developing","statements":["Workpieces and coating solutions — immerse independently for specified times, referencing process sheets without constant supervisor oversight on a production shift.","Current flow and voltage dials — adjust routinely to maintain plating parameters within acceptable ranges during standard production runs.","Plated surfaces and coated components — inspect systematically for defects including uneven coverage and adhesion failures using established quality criteria.","Plating and coating machines — set up and operate across multiple product types, adapting settings to familiar material and solution changes.","Gauge readings and machine performance indicators — monitor continuously and make minor adjustments or stop machines when out-of-range conditions arise.","Workpieces at periodic intervals — remove from solution, measure coating thickness, and verify conformance to specifications using standard inspection tools.","Production records and batch documentation — maintain accurately in spreadsheet or compliance software to support traceability on the shop floor.","Grinding machines and air hoses — operate to remove impurities and excess material efficiently while meeting surface preparation standards.","Chemical concentrations and bath conditions — monitor and report deviations to process technicians, applying basic chemistry knowledge to recognize abnormal trends.","Work schedules and task sequencing — coordinate across multiple machine stations to meet daily production targets with minimal supervision."]},"proficient":{"label":"Proficient","statements":["Complex plating setups for chromium, zinc, copper, cadmium, and nickel coatings — configure and operate autonomously across a full range of metal and plastic workpieces in a high-volume facility.","Current, voltage, and immersion parameters — analyze and fine-tune independently to resolve non-routine coating failures and restore conforming output.","Defect patterns such as pitting, blistering, and uneven deposition — diagnose root causes and implement corrective actions without supervisor direction.","Full machine operation cycle from setup to shutdown — manage end-to-end, troubleshooting mechanical or process issues as they arise on the production floor.","Gauges, process controllers, and monitoring systems — interpret across multiple plating lines simultaneously and act decisively when anomalies threaten product quality.","Coating thickness and adhesion specifications — verify against engineering drawings and customer requirements, accepting or rejecting parts per documented quality standards.","Production records, compliance reports, and quality logs — compile and review for accuracy, identifying trends that signal process drift in plating operations.","Surface preparation equipment and finishing tools — select and apply appropriately to diverse substrate materials, ensuring surfaces meet pre-plate cleanliness standards.","Chemical bath composition and solution chemistry — evaluate and recommend replenishment or corrective additions to maintain optimal plating solution performance.","CAD drawings and technical work orders — read and interpret to configure machines correctly for custom or precision plating jobs in a regulated production environment."]},"advanced":{"label":"Advanced","statements":["Plating process standards and best-practice procedures — develop and document for the department, setting the technical baseline for all operators in the facility.","New plating machine installations and process changeovers — lead end-to-end, coordinating maintenance, engineering, and production staff to minimize downtime.","Defect reduction and yield improvement initiatives — drive using quality control analysis and statistical data across multiple coating lines in a metal finishing operation.","Operator training programs and on-the-job instruction — design and deliver to build competency in machine setup, chemical handling, and inspection across the workforce.","Production schedules and resource allocation — oversee across shifts, balancing throughput targets with quality requirements and regulatory compliance obligations.","Regulatory compliance requirements for chemical use, waste treatment, and worker safety — interpret and ensure facility-wide adherence through policy, training, and audits.","Procurement decisions for chemicals, tooling, and replacement parts — guide using technical expertise and cost analysis to support efficient and compliant operations.","Cross-functional relationships with engineering, quality, and customer service teams — lead to resolve escalated plating quality disputes and fulfill custom coating requirements.","Key performance indicators for coating quality, machine uptime, and material yield — establish, track in spreadsheet and compliance systems, and report to plant management.","Continuous improvement projects targeting coating efficiency and environmental impact — champion and implement, applying production processing knowledge and industry best practices."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}