Process Optimization Engineer, CAD/CAM -- Implant & Instrument Machining

Job Description

Job Description

Build better pathways from model to medicine

Join us to elevate how precision medical devices are made. In this role, you’ll champion continuous improvement across turning, milling, and grinding—accelerating NPIs, modernizing legacy programs, and deploying new tooling and process technologies to set a higher bar for throughput and consistency.

Own the programming strategy for complex components—multi-axis, multi-spindle, and Swiss—while partnering with quality and engineering to ensure every part meets exacting standards.

• Create, refine, and standardize CNC programs for implants and instruments; align strategies with machine capabilities and customer requirements.
• Interpret drawings and CAD to define dimensions, tool selection, speeds/feeds, and cut configurations.
• Lead DFM discussions and process development with internal teams and external collaborators.
• Continuously update programs to remove errors, incorporate new methodologies, and hit delivery targets.
• Work with Quality Engineering to establish Process Control Plans, Manufacturing Inspection Plans, and fixturing/gaging needs.
• Set up machines for first-article proof and short-run NPI work; support occasional small production runs.
• Design fixtures for downstream/post-processing steps to stabilize quality and reduce handling time.
• Operate within the TOMZ Quality Management System and contribute to ongoing standard work improvements.
• Perform other duties as assigned.

• Associate degree in a technical or scientific discipline, or equivalent practical experience.
• 5+ years in CNC programming and machine set-up within a medical device or comparable precision environment.
• Expertise in NC code, tooling strategies, and manufacturing processes.
• CAD/CAM capability; SolidWorks and Esprit experience preferred.
• Blueprint interpretation with strong GD&T knowledge.
• Clear communicator adept at collaborating with internal teams and customers.
• Structured, logical problem-solving approach to complex challenges.

• Ability to bend, stoop, squat, and kneel; lift up to 50 lbs (team lift/mechanical assist for items over 50 lbs).
• Exposure to oils, grease, production noise, cleaning solvents, dust, metal particles, sparks, coolant, and sharp-edged materials; PPE (safety glasses, dust masks, ear plugs, cut/chemical-resistant gloves) and engineering controls may be required.
• Frequent computer/keyboard use for programming and documentation.