Additive Manufacturing Technician - Weld Wire / Robotic Printing

MagTech is currently hiring for Additive Manufacturing Technician for a client in the Macomb, Michigan area. Please apply below if you are interested and meet the qualifications.Additive Manufacturing Technician - Weld Wire / Robotic PrintingAdditive Manufacturing | MIG/TIG Welding | Robotic Printing | Advanced ManufacturingPosition OverviewWe are seeking a hands-on and mechanically inclined Additive Manufacturing Technician to support advanced weld wire additive manufacturing operations.This role is responsible for setting up and operating robotic additive manufacturing printers, monitoring print cycles, performing machine calibrations, troubleshooting equipment issues, and ensuring production quality standards are achieved.This is an excellent opportunity for candidates with welding or manufacturing experience who are interested in growing within an advanced manufacturing and emerging technology environment.What You'll DoAdditive Manufacturing Equipment OperationSet up and operate weld wire additive manufacturing printersLoad CAD data and manufacturing programs into printing systemsInitiate, monitor, and complete additive print cyclesPerform full machine setups including:build plate loadingwire loadingmachine and tip calibrationsprint parameter verification Production & Print ProcessingPrepare jobs using work instructions and pre-print checklistsMonitor additive manufacturing cells throughout the printing processRemove completed prints from build plates using:plasma cutterstorchesInspect printed components and ensure proper operation throughout the manufacturing cycle Troubleshooting & Equipment SupportRespond to machine alarms and diagnose production issuesTroubleshoot equipment problems that may impact production schedulesMaintain continuity between shifts through detailed documentation and communicationTools, Material Handling & SafetyUtilize:hand toolspower toolsprecision measuring equipmentSafely move materials and finished products using:overhead craneshi-lo/forklift equipmentMaintain safe operations by following all safety procedures and regulations Documentation & Continuous ImprovementComplete production work instructions and operational documentationSupport quality standards and continuous improvement initiativesDevelop technical knowledge through training, educational opportunities, and industry resourcesQualificationsRequiredHigh School Diploma or GEDAbility to read and interpret:blueprintsschematicstechnical drawingsExperience using basic hand and power toolsStrong attention to detail and ability to work independentlyExcellent verbal and written communication skillsAbility to work flexible schedules including:overtimeweekendsextended print cycle support Preferred1+ years of MIG and/or TIG welding experienceExperience in:manufacturingmachiningadditive manufacturingExposure to:Lean ManufacturingQuality Control methodologiesContinuous Improvement processes Key Traits for SuccessMechanically inclined and hands-onStrong troubleshooting and problem-solving skillsSelf-motivated with strong accountabilityAbility to adapt in a technology-driven manufacturing environmentTeam-oriented with strong communication skillsPhysical RequirementsFrequent:standingwalkingclimbingstoopingkneelingcrouchingAbility to lift:up to 25 lbs frequentlyup to 50 lbs occasionallyAbility to work from ladders and scaffolds as neededClose vision required for detailed inspection and machine operation Work EnvironmentAdvanced manufacturing environment with exposure to:robotic equipmentmoving mechanical partselectrical systemsindustrial machineryPPE required while on the production floorFast-paced manufacturing environment focused on precision and safety Why This Role Stands OutOpportunity to work with cutting-edge additive manufacturing technologyExcellent growth opportunity within advanced manufacturingStrong combination of:weldingroboticsautomationmanufacturing technologyHands-on role with exposure to emerging industrial processesTraining provided for candidates looking to expand into additive manufacturing