3-5 Axis CNC Machinist for Mold Components (3rd Shift)

MC Molds Inc; Williamston (MI); On-site; USD 48,000 - 64,000; Full time

Benefits offered by this job

Shift Premium

401K

Health Insurance

Dental Insurance

Long Term Disability

Paid Vacation

Supplemental Insurance

Job summary

MC Molds Inc is seeking an experienced CNC Machinist for the third shift in Michigan to set up and run 3- and 5-axis CNC milling centers. You will read blueprints, apply GD&T fundamentals, and ensure accurate fixtures and speeds/feeds across materials.

The role requires the ability to operate multiple machines, download programs, edit at the controller, and collaborate with programming to optimize mold components, while maintaining precision through in-process inspections.

Qualifications

• Must set up and run 3- and/or 5-axis CNC machining centers.
• Read and interpret blueprints with GD&T fundamentals.
• Understand proper speeds and feeds for various materials.
• Capable of running multiple CNC machines simultaneously.
• Experience with horizontal CNC milling is a plus.
• Good communication skills are required.
• Knowledge of fixture and jig practices.

Responsibilities

• Download CNC programs to the controller.
• Set up and operate 3-axis and/or 5-axis vertical CNC mills.
• Create and edit CNC milling programs at the controller as needed.
• Work with programming to optimize mold component processes.
• Inspect parts during and after manufacturing using inspection tools.

Skills

3-5 Axis Machining

Blueprint Reading

GD&T Fundamentals

Communication

Fixture & Jig Practices

Speeds & Feeds

Multi-Machine Handling

Horizontal Milling

Job description

MC Molds Inc is seeking an experienced CNC Machinist for the third shift in Michigan to set up and run 3- and 5-axis CNC milling centers. You will read blueprints, apply GD&T fundamentals, and ensure accurate fixtures and speeds/feeds across materials.

The role requires the ability to operate multiple machines, download programs, edit at the controller, and collaborate with programming to optimize mold components, while maintaining precision through in-process inspections.