Skip to main content
Tallo logoTallo logo
Apply for this opportunity

This job application is on an outside website. Be sure to review the job posting there to verify it's the same.

CNC Programmer / Machinist (Prototype Machining SolidCAM)

Job

DMAC Machining

Broomfield, CO (In Person)

$57,200 Salary, Full-Time

Posted 3 weeks ago (Updated 2 weeks ago) • Actively hiring

Expires 7/23/2026

Review key factors to help you decide if the role fits your goals.
Pay Growth
?
out of 5
Not enough data
Not enough info to score pay or growth
Job Security
?
out of 5
Not enough data
Calculating job security score...
Total Score
58
out of 100
Average of individual scores

Were these scores useful?

Skill Insights

Compare your current skills to what this opportunity needs—we'll show you what you already have and what could strengthen your application.

Job Description

CNC Programmer / Machinist (Prototype Machining
  • SolidCAM) DMAC Machining Broomfield, CO Job Details Full-time $20
  • $35 an hour 1 day ago Benefits Health insurance Dental insurance 401(k) Paid time off Vision insurance 401(k) matching Life insurance Qualifications 3D CAD modeling GD&T Quality control CNC G-code Programming 2D CAD drafting Full Job Description CNC Programmer / Machinist (Prototype
  • SolidCAM) DMAC Machining
  • Broomfield, CO Full-time, Monday
  • Friday, 8AM
  • 5PM About DMAC Machining DMAC Machining is a high-end prototype CNC machine shop specializing in precision components for demanding industries.
We take pride in our craftsmanship, attention to detail, and ability to turn complex ideas into reality. Every day brings something new—no long production runs, no repetitive setups—just challenging prototype work and creative problem-solving. You'll see projects through from print to finished part, solve new manufacturing challenges every day, and have direct input on tooling, fixturing, and machining strategy. Job Summary We're looking for a CNC Programmer/Machinist who wants to take ownership of their work from cradle to grave — programming, fixturing, tooling, setup, machining, and inspection. You'll work on unique prototype parts and be part of a small, highly skilled team that values craftsmanship and innovation. Responsibilities Create and optimize CNC programs in SolidCAM Design and build workholding and fixturing solutions for prototype parts Set up and operate CNC mills and lathes through complete part production Produce precision components while holding tight tolerances and high quality standards Perform in-process and final inspection using precision measuring equipment Manage multiple active jobs and utilize machine cycle time for programming and process improvement Take ownership of machining strategy and determine the most efficient approach to complete complex prototype jobs. Work on Haas CNC mills and lathes machining aluminum, steel, stainless steel, plastics, titanium, Inconel, PEEK and other specialty materials. Maintain a clean, organized, and safety-focused workspace Qualifications 1+ year of CNC machining and CAM programming experience SolidCAM experience preferred (other CAM systems welcome) Understanding of GD&T, tooling, and machining best practices Experience with CMM or precision inspection tools a plus Detail-oriented and eager to learn in a fast-paced prototype environment Preferred Skills SolidWorks or similar CAD experience 3+2 or 5-axis machining exposure Experience with high-end or aerospace prototype parts Benefits Health Insurance Paid Time Off (PTO) 401(k) with Company Match Competitive pay based on experience Variety of projects — different parts every day Small, collaborative team focused on quality and growth Culture built around craftsmanship, accountability, and continuous improvement—not production quotas Apply Today! If you're passionate about machining, enjoy solving complex manufacturing challenges, and want to work on one-of-a-kind prototype parts from start to finish, we'd love to meet you.
Job Type:
Full-time Base Pay:
$20.00
  • $35.
00 per hour
Benefits:
401(k) 401(k) matching Dental insurance Health insurance Life insurance Paid time off Vision insurance Application Question(s): A Client provides a drawing with a hole call out as follows: 0.25" +0.003
  • 0.
000 What is the optimal size to drill this hole given the above information?
Work Location:
In person