Senior CNC Machinist - End-to-End Prototyping & 5-Axis

Laborup; Provo (UT); On-site; USD 79,901,000 - 93,677,000; Full time

Job summary

Laborup in St. George, UT, is seeking a Senior CNC Machinist for our precision medical and prototyping shop. You will own the process end to end—from blueprint interpretation and multi-axis setup to first article prove-out and final inspection on large-format 5-axis mills and lathes, with 5-axis experience preferred but not required.

This high‑mix, low‑volume work features new setups on unproven parts, tight tolerances, and collaboration with engineers on part design and manufacturability.

Qualifications

• 3+ years CNC machining in precision work
• Set up complex jobs independently, start to finish
• Read complex blueprints and apply GD&T
• Hold tight tolerances on complex geometries
• Read and write G/M-code at the control
• Inspect parts with micrometers, indicators, and gauges
• Solid feeds, speeds, and tool wear fundamentals

Responsibilities

• Setups: Set up and run large-format CNC mills and lathes
• Prove-Out: Take unproven prototype parts from first article through final run
• Print Interpretation: Apply GD&T to complex blueprints, routings, and engineering models
• Workholding: Build fixturing strategies around tool clearance and collision avoidance
• Program Edits: Adjust feeds, speeds, offsets, and tool compensation at the control
• Inspection: Verify tight tolerances with micrometers, indicators, and gauges
• Design Feedback: Recommend part changes that improve manufacturability
• ERP Entry: Record quantities and process adjustments in the ERP system

Skills

CNC Machining

G&M-code

GD&T

Blueprint Reading

Metrology

5-axis Milling

Tools

ERP system

Job description

Laborup in St. George, UT, is seeking a Senior CNC Machinist for our precision medical and prototyping shop. You will own the process end to end—from blueprint interpretation and multi-axis setup to first article prove-out and final inspection on large-format 5-axis mills and lathes, with 5-axis experience preferred but not required.

This high‑mix, low‑volume work features new setups on unproven parts, tight tolerances, and collaboration with engineers on part design and manufacturability.