Sr. CNC Programmer (Aerospace Manufacturing)

Pressco Products is a trusted aviation and aerospace manufacturing company that specializes in machining, stamping, fabrication, and minor assembly of aviation parts. Operating with precision and expertise, the company takes pride in delivering high-quality components to meet the rigorous demands of the aerospace industry. With a commitment to innovation and reliability, Pressco Products supports the growth and success of its clients. Located in Sumner, WA, the company is an industry partner focused on excellence in aerospace manufacturing.

With its rich 60-year history and new long-term contracts, Pressco is looking for a few key individuals who want to be a part of its continued growth and stability. We are seeking an experienced and eager Senior CNC Programmer to take ownership of developing and optimizing complex machining processes. This is a critical role focused on high-mix, moderate-volume production for 3, 4, and 5-axis machining centers, CNC Mill-Turn, vertical and horizontal, and CNC Lathes, with a direct mandate to drive process improvement, cost reduction, and cycle time efficiency.

Key Responsibilities

The successful candidate will be a hands-on contributor, focused on programming, process engineering, and quality assurance:

Programming & Setup

• Develop, test, and debug complete CNC programs using G-code and M-code for 3, 4, and 5-axis CNC Mills and Lathes with live tooling to meet engineering and quality requirements.
• Create and maintain essential production documentation, including detailed set-up sheets and comprehensive tool lists.
• Utilize Mastercam to generate computer models and programs, and maintain configuration and control on all job records and program files.

Process Optimization & Continuous Improvement

• Lead initiatives for process optimization and cost reduction across the CNC department.
• Actively analyze and adjust program variables to achieve Cycle Time Reduction through optimized feeds, speeds, and efficient toolpath design, minimizing non-productive machine moves.
• Perform thorough cutting tool evaluations, conduct cost analysis, and facilitate the implementation of new machining technologies and techniques.
• Analyze part drawings, sketches, and design data to select optimal cutting tools and machining parameters.
• Assist with designing custom tools and fixtures as needed to support manufacturing requirements.

Collaboration & Quality Assurance

• Collaborate closely with Manufacturing Engineers, Tool Engineers, Quality Engineers, and Production personnel to ensure synchronization across all phases, from estimating to final production.
• Work on the shop floor with machinists to prove out, test, and revise programs to ensure smooth and efficient production runs.
• Ensure all final products adhere to blueprints and tight dimensional tolerances using Geometric Dimensioning & Tolerancing (GD&T).