CNC Engineering Programmer

About Us

Applied Medical is a new generation medical device company with a proven business model and commitment to innovation fueled by rapid business growth and expansion. Our company has been developing and manufacturing advanced surgical technologies for over 30 years and has earned a strong reputation for excellence in the healthcare field. Our unique business model, combined with our dedication to delivering the highest quality products, enables team members to contribute in a larger capacity than is possible in typical positions.

The CNC engineering programmer supports Applied Medical’s advanced Metals Manufacturing Engineering team by developing, optimizing, and maintaining precision CNC programs used to produce complex medical device components. This position strengthens Applied Medical’s machining capabilities by using software to create high quality programs for our machining centers. The CNC engineering programmer plays a critical role in ensuring that components meet stringent quality, performance, and dimensional requirements.

Candidates searching for roles such as CNC programmer, CAM programmer, CNC manufacturing engineer, or medical device manufacturing programmer will find this position aligned with their technical background and career interests.

• Develop CNC programs and tooling strategies using Fusion
  360 and Autodesk Power
  
  MILL to support Milling (vertical and horizontal 3 to 5 axis), Swiss Lathe, Wire EDM and additional machining of complex medical components.
• Analyze engineering drawings, three dimensional models, and customer specifications to determine optimal tool paths, cutting conditions, and machining techniques.
• Quantify and select appropriate tools, feeds, and speeds based on part geometry, fixture design, and machine capabilities.
• Follow established standard operating procedures and Engineering programming policies to ensure traceability and conformance to internal and customer specifications.
• Collaborate with Engineering and Production teams to support setup activities, prototyping programs, tooling requirements, and fixture development.
• Maintain accurate setup documentation, tooling information, and fixture data to support efficient machining operations.
• Participate in continuous improvement initiatives focused on reducing cycle times, increasing machine efficiency, and improving component quality.
• Utilize Fusion
  360, Autodesk Power
  
  MILL and Solid Works to evaluate work holding, traverse fixtures, and develop prototype programs that support qualification of new machining approaches.

• Delivering accurate, efficient programs that consistently produce high quality, conforming medical grade components.
• Driving machining improvements that reduce cycle time, enhance throughput, and support production scalability.
• Ensuring strong collaboration with Engineering Machinists and Production teams to maintain alignment and resolve machining challenges.
• Improving tooling strategies, fixture designs, and machining processes through data driven decision making.
• Communicating clearly and proactively to support smooth program handoffs, setup activities, and troubleshooting efforts.

• Demonstrating more than five years of CNC programming experience using tools such as Fusion 360, Master
  
  CAM, Power
  
  MILL, DelCAM, or Feature
  
  CAM.
• Reading and interpreting engineering drawings and geometric dimensioning and tolerancing (GD and T) in accordance with ASME Y14.5.
• Applying a strong understanding of G code programming and CNC machining principles.
• Designing and selecting tooling appropriate for complex part geometries and precision medical components.
• Bringing a background in machine tooling, machining techniques, and CNC machining setup and troubleshooting (Milling, Swiss Lathe, WEDM).
• Communicating effectively in verbal and written formats to support cross functional collaboration.
• Working independently and within a team environment with strong motivation, technical aptitude, and attention to detail.
• Understanding post processors and their role in generating accurate programming output for various machining centers.