CNC Manufacturing Applications Engineer — Medical Devices

Role Overview

Imagine starting your day reviewing a new implant design with R&D, then walking the floor to validate a first-article run on a Swiss lathe, and closing the afternoon by standardizing a high-run milling program for faster throughput. As our CNC Manufacturing Applications Engineer, you’ll be the technical bridge between product design and precision machining—supporting turning, milling, and grinding operations across sites to deliver reliable, high‑quality medical devices.

Day in the Life

• Translate drawings and 3D models into robust CNC programs (multi-spindle, multi-axis, and Swiss) for implants, instruments, and related components.
• Dial in tooling, speeds, and feeds aligned with shop processes, machine capabilities, and customer specifications.
• Partner with cross-functional teams on process development and DFM to launch new products and refine legacy parts.
• Eliminate programming errors, update methods with new technology, and drive program standardization to current best practices.
• Collaborate with Quality Engineering on Process Control Plans, Manufacturing Inspection Plans, and gaging/fixturing strategies.
• Own machine set-ups for first articles and short-run NPI work; occasionally support small production runs as needed.
• Design fixtures for post-processing and ensure alignment with production needs.
• Follow the TOMZ Quality Management System (QMS) and contribute to continuous improvement initiatives.
• Perform other duties as assigned.

What You’ll Optimize

• Throughput and repeatability on legacy programs by refining toolpaths, workholding, and parameters.
• Cycle time and quality using new tooling, cutting strategies, and process technologies.
• Consistency across sites through standardized programming practices and documentation.

Qualifications

• Associate degree in a technical or scientific field, or equivalent hands-on experience.
• 5+ years programming and machine set-up within medical device manufacturing (or closely related precision machining environment).
• Deep knowledge of NC code, tooling selection, and end-to-end manufacturing processes.
• Proficiency in CAD/CAM; SolidWorks and Esprit are preferred.
• Blueprint literacy with strong GD&T interpretation.
• Clear, effective communicator with internal teams and external partners.
• Proven ability to apply logic and structured reasoning to solve complex technical problems.

Physical and Work Environment

• Capable of bending, stooping, squatting, and kneeling; lift up to 50 lbs (team lift or mechanical assist required over 50 lbs).
• Regular exposure to oils, grease, production noise, cleaning solvents, dust, metal particles, sparks, coolant, and sharp-edged materials; PPE such as safety glasses, dust masks, ear plugs, and cut/chemical-resistant gloves, as well as engineering controls, may be required.
• Frequent keyboard and computer use for programming and documentation.