Advanced CNC Machinist – 6–10 Machines, Setups

smithandwessoncareers; Springfield (MA); On-site; USD 39,950,000 - 55,104,000; Full time

Benefits offered by this job

Health, Dental & Vision

Prescription Drug Coverage

401K Plan & Profit Sharing

Paid Vacation

Job summary

Smith & Wesson in Massachusetts is seeking an experienced machinist to perform CNC operations for firearm components. You will setup, load, and adjust Mazak, Mori Seiki, Okuma and other CNC equipment, and work to tight tolerances in a fast-paced production environment.

Responsibilities include verifying settings, maintaining logs, supporting quality control, and collaborating with floor supervisors to meet production schedules while minimizing waste.

Qualifications

• CNC controls knowledge (Fanuc/Yasnac/Mazak/Okuma) and experience with multiple machine brands.
• Experience operating vertical/horizontal milling machines (4–5 axes) and multi-axis lathes.
• Strong math, reading, and interpretation skills for SPC and CMM data.

Responsibilities

• Operate CNC equipment and perform set-up, loading, and adjustment tasks.
• Verify machine settings, document production and quality logs.
• Collaborate with floor supervisors to meet production schedules and minimize waste.
• Maintain safe operation and preventive maintenance of equipment.

Skills

CNC Certification

Mazak

Mori Seiki

Okuma

Haas

Tsugami

CMM Reading

SPC Knowledge

English Proficiency

Math Skills

Quality Control

Education

High School Diploma or GED

Associate's Degree or Equivalent

Tools

Mazak Machines

Mori Seiki

Okuma

Haas

Job description

Smith & Wesson in Massachusetts is seeking an experienced machinist to perform CNC operations for firearm components. You will setup, load, and adjust Mazak, Mori Seiki, Okuma and other CNC equipment, and work to tight tolerances in a fast-paced production environment.

Responsibilities include verifying settings, maintaining logs, supporting quality control, and collaborating with floor supervisors to meet production schedules while minimizing waste.