5 Axis CNC Machinist

Overview

We’re hiring 5-Axis CNC Machinists for a high-mix, low-volume precision shop supporting aerospace and defense programs. Expect highly complex prints, unproven prototype setups, and tight tolerances on large-format materials where details matter—because these parts go into mission-critical systems tied to national security, not consumer products.

Machinists here don’t just run parts—they own the entire manufacturing process
. You’ll take complex parts end-to-end: from blueprint interpretation and multi-axis setup through first article validation and final inspection. Applying GD&T, building advanced work holding strategies, managing tool clearances for 5-axis motion, and collaborating directly with engineers on design modifications are everyday expectations. We value highly skilled machinists who bring exceptional fundamentals, think clearly under pressure, and take absolute pride in clean, repeatable work.

We’re hiring on 1st and 2nd shift and offer 10+ hours/week of overtime (always available, never required). If you want a shop where your high-level skill, spatial judgment, and 5-axis expertise truly matter—let’s talk.

• $33 – $38 / hour
  base
• 10% shift premium on 2nd
• Up to $120k / year, with 10 hours/week of always available but optional overtime

• 1st Shift: 6:30am – 3:00pm
• 2nd Shift: 3:00pm – 12:30am

• Medical, dental, vision
• 401(k) with match
• PTO

• Set up and operate large-format 5-axis CNC milling centers in a precision, prototype, and job-shop environment.
• Run complex work end-to-end: from blueprint interpretation and setup, to first article prove-out, validation, and final run.
• Interpret highly complex blueprints, routings, and engineering models, applying advanced GD&T to ensure parts meet critical functional requirements.
• Select tooling and build effective work holding strategies, paying strict attention to 5-axis machine kinematics, tool clearances, and collision avoidance.
• Collaborate with engineering in the design, development, and evaluation of new products, recommending manufacturing modifications to improve part manufacturability.
• Set up high-complexity, unproven parts as well as experimental prototypes, dialing in the process efficiently.
• Read, write, and confidently edit CNC programs (feeds/speeds, multi-axis offsets, tool comp, and G/M-code edits) to maintain quality and throughput.
• Perform rigorous in-process and final inspections using micrometers, indicators, gauges, and other precision measuring instruments, taking absolute ownership of part quality
  .
• Document manufactured quantities and process adjustments accurately utilizing the ERP system.

• 5+ years of CNC machining experience in a precision environment, with direct experience on 5-axis mills and large-format machinery.
• Strong ability to set up complex jobs completely independently (tooling, multi-axis offsets, advanced work holding, first article prove-out).
• High-level confidence reading and interpreting complex blueprints and applying GD&T.
• Proven experience holding tight tolerances on complex geometries and verifying them with manual inspection tools.
• Fluency in reading and writing G/M-code and making practical adjustments at the control to optimize processes.
• Solid machining fundamentals: speeds/feeds, tool selection, chip control, and tool wear management on advanced aerospace alloys.
• Strong analytical and problem-solving skills to troubleshoot dimensional or tooling issues on the fly.

We’re looking for people who want more than a job—they want to build a career in aerospace and defense. You’ll do well here if you’re:

• Coach-able: open to feedback, hungry to improve, and humble enough to keep learning.
• Ownership-driven: you take responsibility for the work from print to final part, and you don’t pass problems downstream.
• Craftsmanship-minded: you care about doing it right, even when no one is watching.
• Team-oriented: you communicate clearly, assist engineers effectively, and elevate the machinists around you.
• Growth-minded: you thrive on developing deeper capabilities over time—harder setups, tighter tolerances, more complex 5-axis work.