CNC Machinist - MN - 2244

MacLean Power Systems•Mankato, MN

23h•Onsite

About The Position

MacLean Power Systems (MPS) is seeking Off-Shift CNC Machinists to join their team. MPS is a leading manufacturer of mission-critical and engineered components for the electric utility, telecommunications, and civil markets. They operate nine production facilities across North America and are committed to quality, responsiveness, and safety. MPS offers a transparent pay structure with a base entry rate of $26.49 per hour, with a skill-based range up to $37.09 per hour, plus a $1.25 per hour shift differential for 2nd and 3rd shifts. The role involves setting up and operating various machine tools to produce precision parts and instruments, with responsibilities varying by expertise level from foundational setup and operation to advanced programming and diagnostics, and expert evaluation and design of machining procedures and tooling.

Requirements

Associate’s degree in CNC Machining or Tooling.
Knowledge of mechanics, mathematics, and metal properties.
Ability to use precision instruments like micrometers or vernier calipers.
Ability to work second shift, third shift, and overtime as necessary.
Must successfully pass a pre-employment assessment, physical, drug screen, and background check.
Must comply with organizational policies, including a smoke and tobacco-free property.

Nice To Haves

Experience in Lean Manufacturing
Proficiency with CAD/CAM software

Responsibilities

Perform basic setup and operation of machine tools such as lathes and mills.
Monitor feed and speed, maintain machine tools in proper condition, and perform basic CNC maintenance like maintaining fluid levels.
Study blueprints and engineering drawings to determine sequences of operations.
Program CNC machine tools and diagnose malfunctions to determine necessary adjustments or repairs.
Evaluate machining procedures and recommend modifications for improved efficiency.
Design fixtures and tooling to meet special engineering needs and test experimental models.