CelLink Corporation
Join our team as a Process Engineer – Injection Molding at CelLink Corporation, a leading innovator in power and data solutions. In this role, you will oversee and optimize injection molding processes to support our mission of delivering cleaner, more affordable technology.
Essential Duties and Responsibilities
Set up, change over, and optimize injection molding machines using scientific molding principles. Improve cycle times, reduce defects, and ensure process stability.
Evaluate and refine mold tooling, participate in design reviews, and build/adjust robot end‑of‑arm tooling. Source new equipment as production needs evolve.
Diagnose process and tooling issues, lead root cause investigations, and implement corrective actions to maintain high yield and quality.
Lead or support projects to improve yield, cost, and cycle time. Qualify new products, tools, and materials, and stay current with technology advancements.
Write SOPs, maintain process documentation, and train technicians/operators to ensure safe, consistent execution.
Partner with design, manufacturing, and suppliers to resolve issues, provide design‑for‑manufacturability feedback, and ensure smooth production ramp‑up.
Minimum Qualifications (Knowledge, Skills, and Abilities) Experience and Education
Bachelor's degree or higher in Plastics, Materials, Chemical, or Mechanical Engineering.
5–7+ years (mid‑level) or 8–12+ years (senior‑level) in injection molding process development.
Knowledge, Skills, and Abilities
Hands‑on ability to set up, start up, and optimize injection molding machines.
Strong background in tooling, equipment, polymer behavior, and quality systems.
Experience with automation and end‑of‑arm tooling preferred.
Proficiency in MS Office; SolidWorks or similar CAD experience is a plus.
Excellent troubleshooting, data analysis, and communication skills.
Proven ability to lead process improvement projects and collaborate across teams.
Physical Demands and Work Environment This position requires regular use of hands/fingers, standing, walking, reaching, and lifting up to 50 pounds. The work setting includes both an office and a manufacturing environment with moderate noise and potential exposure to moving equipment and chemicals. Personal Protective Equipment may be required.
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Essential Duties and Responsibilities
Set up, change over, and optimize injection molding machines using scientific molding principles. Improve cycle times, reduce defects, and ensure process stability.
Evaluate and refine mold tooling, participate in design reviews, and build/adjust robot end‑of‑arm tooling. Source new equipment as production needs evolve.
Diagnose process and tooling issues, lead root cause investigations, and implement corrective actions to maintain high yield and quality.
Lead or support projects to improve yield, cost, and cycle time. Qualify new products, tools, and materials, and stay current with technology advancements.
Write SOPs, maintain process documentation, and train technicians/operators to ensure safe, consistent execution.
Partner with design, manufacturing, and suppliers to resolve issues, provide design‑for‑manufacturability feedback, and ensure smooth production ramp‑up.
Minimum Qualifications (Knowledge, Skills, and Abilities) Experience and Education
Bachelor's degree or higher in Plastics, Materials, Chemical, or Mechanical Engineering.
5–7+ years (mid‑level) or 8–12+ years (senior‑level) in injection molding process development.
Knowledge, Skills, and Abilities
Hands‑on ability to set up, start up, and optimize injection molding machines.
Strong background in tooling, equipment, polymer behavior, and quality systems.
Experience with automation and end‑of‑arm tooling preferred.
Proficiency in MS Office; SolidWorks or similar CAD experience is a plus.
Excellent troubleshooting, data analysis, and communication skills.
Proven ability to lead process improvement projects and collaborate across teams.
Physical Demands and Work Environment This position requires regular use of hands/fingers, standing, walking, reaching, and lifting up to 50 pounds. The work setting includes both an office and a manufacturing environment with moderate noise and potential exposure to moving equipment and chemicals. Personal Protective Equipment may be required.
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