HIRE TALENT  /  PROJECT DELIVERY  /  CNC MACHINIST
Aerospace & Defense Machining Recruiting

Hire CNC Machinists

Hire CNC Machinists on direct hire or contract who set up, program and run 3- and 5-axis mills and lathes on flight and defense hardware — Mastercam and NX CAM programming, tight-tolerance titanium, Inconel and aluminum, first-article layout, CMM interface and in-process inspection, NIMS credentials and ITAR U.S.-person status. Verified with the lead machinists, quality inspectors and manufacturing engineers who saw the parts pass, not the resume.

CNC Machinist - iRecruit.coExample profile
Julian R.
Vetted Specialists
Project Delivery
CNC Machinist
NIMS CNC Milling & Turning · Mastercam · 5-axis
Sectors
Aerospace, defense, space
Launch vehicles and engines, aerostructures, defense-tech hardware, satellites, precision defense manufacturing
Engagement
Direct hire · Contract · Temp-to-hire
Machinist through lead and programmer; 1st, 2nd, 3rd and weekend shifts
Geography
US-wide
Industrial, defense and mission-critical network
Placement warranty
Replacement guarantee
Every model, every placement
How It Works

Hire CNC Machinists in 3 steps

A structured process for the hire who decides whether a titanium bracket holds ±0.0005 in across a 40-piece lot — where a machinist who has only run production aluminum on a 3-axis takes a 5-axis Inconel job, chatters the finish, scraps two blanks worth more than the week’s wages, and the first article slips to the next quality review.

Step 01

Talk to our team

30-minute call. Align on machines (3-, 4- and 5-axis vertical and horizontal mills, CNC lathes and mill-turns, Swiss, wire and sinker EDM), controls (Fanuc, Haas, Siemens, Heidenhain, Okuma, Mazatrol), CAM (Mastercam, NX CAM, Fusion, hyperMILL), materials (Ti-6Al-4V, Inconel 718 and 625, 7075 and 6061 aluminum, 17-4 PH and 15-5 PH, copper alloys), tolerance and surface-finish requirements, AS9100 and first-article expectations, ITAR status, shift, and whether the seat is direct hire, contract or temp-to-hire.

Step 02

Review hand-selected talent

Within 2 weeks we introduce 3–5 CNC Machinists with verified setup, programming and tight-tolerance production history on comparable parts and alloys — not button-pushers restyled as programmers. References from lead machinists, quality inspectors and manufacturing engineers included.

Step 03

Hire with confidence

Every placement carries a replacement guarantee. If the hire fails within the warranty window, we run a no-fee replacement search. Contract and temp-to-hire options are available — ask on the call.

Why iRecruit.co for CNC Machinist Hires

What makes our CNC Machinist shortlist different

A CNC Machinist at a launch, aerospace or defense manufacturer is judged by whether the first article passed, the lot held tolerance without a hand-fit, and the spindle stayed cutting when the program hit a hard corner. Real setup ownership, programming judgment on the alloys you cut, and scrap history are what separate a machinist from an operator who loads and presses cycle start.

01

Setup and programming verified, not listed

Every CNC Machinist has reference-verified ownership of setups from print to first article — fixturing and work-holding, tool selection and offsets, program edits at the control and CAM programming in Mastercam or NX — confirmed with the lead machinist or manufacturing engineer who signed off the setup sheet.

02

Aerospace- and defense-specific machining depth

5-axis simultaneous milling of impellers, housings and structural fittings, hard-turning and thread-milling of Inconel and 17-4 PH, thin-wall aluminum aerostructure pockets, deep-hole drilling and boring on titanium, EDM for blisk slots and firing-pin geometry, and mill-turn of valve and injector bodies. Matched to your parts and alloys, not a generic job-shop machinist.

03

Inspection, documentation and compliance

Verified working history with first-article inspection to AS9102, in-process inspection with micrometers, bore gauges, height gauges and CMM programs, GD&T reading to ASME Y14.5, travelers and routers under AS9100, tool-life and SPC tracking, and ITAR U.S.-person and OSHA 10 verification as compliance items — with scrap, rework and on-time outcomes checked.

Meet Vetted CNC Machinists

The caliber of CNC Machinist you’ll interview

Every candidate is credential-verified, reference-checked, and matched to your machines, parts and alloys. Anonymized examples below reflect real placement profiles.

Vetted SpecialistsMale CNC Machinist - rocket engine factoryExample profile

Darnell W.

5-Axis CNC Machinist and Programmer, Propulsion Hardware
  • Programmed and ran Inconel 718 injector faceplates and turbopump housings on a DMG MORI DMU 80 P — Mastercam Dynamic Motion toolpaths, 0.0005 in true position on 200+ orifice holes, first-article pass on 11 of 12 new part numbers
  • Cut cycle time on a titanium engine bracket family 38% through 5-axis fixture consolidation and carbide-grade changes, with zero scrap across a 60-piece lot
  • Built the in-process inspection sheet and CMM program interface for the propulsion cell; owned 2nd-shift setups across four machines
5-axis MastercamInconel 718AS9102 first article
Vetted SpecialistsFemale CNC Machinist - defense manufacturing plantExample profile

Renata S.

Lead CNC Machinist, Defense Structural and Weapons Components
  • Led a nine-machinist 1st-shift cell of Haas and Okuma mills and lathes producing 7075 and Ti-6Al-4V structural fittings and steel firing components under ITAR and AS9100
  • Qualified 30+ setups from print with NX CAM and Vericut verification; held ±0.001 in profile tolerances on thin-wall aluminum pockets that had previously run at 14% scrap
  • Trained six operators through NIMS Level I milling and turning; cut setup time 45% with standardized fixture plates and tool-library offsets
NX CAM / VericutTitanium and 7075NIMS Level I lead
Vetted SpecialistsFemale CNC Machinist - aerostructures shopExample profile

Ricardo G.

CNC Mill-Turn Machinist, Aerostructure and Satellite Parts
  • Ran a Mazak Integrex mill-turn and a Fanuc-controlled Swiss lathe on 15-5 PH and 6061 fittings, fasteners and satellite bus hardware; 99.2% first-pass yield over two years of AS9100 production
  • Held 8 Ra surface finish and 0.0002 in bore roundness on aluminum optical mounts through boring-bar tuning and thermal soak procedures
  • Wrote edits at the control for 40 legacy programs after a control upgrade; interfaced daily with CMM inspection and MRB on out-of-tolerance dispositions
Mill-turn / Swiss15-5 PH stainlessCMM interface
CNC Machinist Specializations

Match the CNC Machinist specialty to your parts and machines

“CNC Machinist” at an aerospace or defense plant ranges from a 5-axis programmer on Inconel engine parts to a Swiss-lathe specialist on fasteners to a lead who runs the second shift. Below are the specializations we recruit for:

Not sure which CNC Machinist specialty fits?

We’ll help you scope the role on the call — machines and controls, parts and alloys, programming versus setup-and-run, shift, tolerance and first-article load, and whether direct hire or contract fits the ramp.

Hire CNC Machinists →
Vetting Criteria

What we verify on every CNC Machinist candidate

CNC Machinist hires live and die on first articles that pass, lots that hold tolerance, and spindles that stay cutting on the second shift. Below is what every candidate has documented before you meet them:

Setup and first-article ownership

Reference-verified setups from print to accepted first article — fixturing, tool selection, offsets and probing, program proving and AS9102 first-article documentation — confirmed with the lead machinist or quality inspector who signed off.

Programming and control fluency

Verified CAM programming in Mastercam, NX CAM, Fusion or hyperMILL, G-code edits at Fanuc, Haas, Siemens, Heidenhain or Okuma controls, Vericut or in-CAM verification, and 4- and 5-axis work-offset and post-processor handling on comparable parts.

Alloy and tolerance history

Verified production ownership on titanium, Inconel, aluminum, PH stainless or copper alloys at the tolerances and surface finishes you hold, with scrap rate, rework and first-pass-yield outcomes reference-checked.

Inspection and documentation

Verified working history with GD&T to ASME Y14.5, micrometers, bore and height gauges, CMM program interface and in-process inspection, travelers and routers under AS9100, SPC and tool-life logs, and MRB dispositions.

Credentials verified

NIMS CNC Milling and Turning credentials, machining apprenticeship or journeyman status where held, AS9100 and first-article training, OSHA 10, forklift and crane cards where required, and ITAR U.S.-person status — all checked as compliance items, not resume claims.

Compensation alignment

Machinist, senior, lead and programmer hourly and salaried bands aligned before finalists are introduced, including shift differentials for 2nd, 3rd and weekend shifts, overtime expectations, 5-axis and superalloy premiums, and relocation where applicable.

FAQ

Hiring a CNC Machinist: frequently asked questions

How long does it take to hire a CNC Machinist?

Time to shortlist is typically 2 weeks from scoping call. Total time to placement (shortlist through offer acceptance) is typically 3–4 weeks for direct hire; contract starts can be faster once the markup structure is agreed. 5-axis programmers on Inconel, Swiss specialists, off-shift seats at remote launch or test sites, and clearance requirements can add a week or two.

What does a CNC Machinist cost in 2026?

Most US CNC Machinists at aerospace, defense and space manufacturers land between $28 and $42 per hour ($58K–$87K annualized) at the setup-and-run level depending on metro and shift. 5-axis programmer-machinists, superalloy specialists and lead machinists typically run $40–$55 per hour ($83K–$115K with overtime and differentials), with CNC programmers on salary from $85K to $115K. These are market bands; we confirm live market bands during scoping. See our CNC machinist and aerospace welder salary guide for the full breakdown.

Do you do contract or temp-to-hire?

Yes. CNC Machinist seats run as direct hire, contract or temp-to-hire through our Recruiting Support model — the same verification, references and credential checks apply whether the machinist starts on your payroll or on contract for a rate ramp, a second-shift launch or a first-article surge. Ask us for the markup structure in writing on the scoping call.

How is a CNC Machinist different from a CNC Operator?

A CNC Operator loads parts, presses cycle start, checks a few dimensions and calls for help when something drifts. A CNC Machinist owns the setup — fixturing, tooling, offsets, program edits and first article — and can run a new part number from print without a programmer standing beside the machine. Most aerospace shops need both; the machinist-to-operator ratio drives what we verify and what the seat should cost.

How is a CNC Machinist different from a CNC Programmer or Manufacturing Engineer?

A dedicated CNC Programmer writes toolpaths in Mastercam or NX offline and hands the machinist a proven program; at many aerospace shops the senior machinist does both. A Manufacturing Engineer owns the routing, process plan, tooling strategy and cell layout the machinist works inside, and a Tooling Engineer designs the fixtures. We scope which of those duties sit in the machinist seat before we search.

Do you require NIMS credentials?

It depends on the seat. NIMS CNC Milling and Turning credentials are a clean signal for setup-and-run machinists and are required by some defense primes and apprenticeship-based shops; launch and engine manufacturers weigh verified first-article and superalloy history on comparable parts more heavily. A NIMS credential held alongside real 5-axis setup ownership is the strongest combination. We confirm the requirement during scoping and verify credentials directly with NIMS.

Do you offer a placement guarantee?

Yes. Every CNC Machinist placement carries a replacement guarantee. Guarantee terms, including how they apply to contract and temp-to-hire starts, are confirmed in writing at engagement start.

Can you staff a full machine shop or a second shift?

Yes. Multi-hire builds (a lead machinist plus 5-axis, lathe and EDM machinists for a new engine or structures cell, or a full 2nd or 3rd shift ahead of a rate ramp) route through embedded recruiting or RPO. Adjacent seats — Aerospace Welders, NDT Technicians, Quality Engineers and Production Supervisors — can be scoped in the same engagement.

Ready to hire

Talk to an aerospace machining recruiter

30-minute scoping conversation. We’ll review the CNC Machinist role you need — machines and controls, parts and alloys, programming and first-article load, shift, ITAR requirements, direct hire or contract — then recommend the right hire path and start sourcing.

Prefer to talk it through?
Book a 30-minute intro call and leave with pricing, timelines, and next steps.
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