CNC Grinding Machinist
We are looking for a CNC Grinding Machinist to join our Exlar team in Chanhassen, MN. This role involves grinding threads on parts to specifications using CNC machine tools, performing machine set-ups, quality control, and minor machine maintenance. You may also perform critical assembly operations of the ground components.
Responsibilities
- Perform setups and run CNC grinders to manufacture parts using setup sheets and on-the-job guidance.
- Perform some assembly operations using drawings, inspection documents, and on-the-job guidance.
- Perform first article inspections and in-process measurements on manufactured parts using drawings and inspection sheets.
- Perform minor preventative maintenance on machines when needed.
Requirements
- Preferred 5+ years of experience operating and setting up CNC Swiss machines, but similar or relevant experiences and skills will be considered.
- Ability to read and interpret blueprints.
- Experience performing measurements using calipers, micrometers, optical comparators, and other inspection instruments.
- Understanding of GD&T callouts is preferred.
- Must be a U.S. Person.
Pay
$25.00 - $35.00 per hour, plus 2nd shift differential pay. The salary range is a general guideline and may vary based on qualifications, experience, and market considerations.
Schedule
Monday to Thursday, 3:00 PM to 1:30 AM.
Benefits
- Paid Time Off
- 401K with Employer Match and Profit Sharing
- Health and Wellness Benefits
- Learning and Development Opportunities
- Referral Program
- Competitive Pay
- Recognition
- Employee Stock Purchase Plan
- Inclusive & Supportive Culture
About Us
Curtiss-Wright manufactures Exlar® electromechanical linear roller screw actuators, rotary servo motors, and integrated control solutions for a broad range of applications. Our roller screw technology provides an efficient electric replacement for hydraulic or pneumatic cylinders and a more robust replacement for ball screws. With forces up to 80,000 pounds and speeds up to 60 inches per second, we deliver higher force and speed in smaller packages than other comparably sized actuation technology.