Second-Shift Press Brake Operator: Precision Bending Pro

Antunes; Carol Stream (IL); On-site; USD 42,000 - 64,000; Full time

Job summary

Antunes in Carol Stream, IL is seeking a second shift Press Brake Operator to join our Fabrication team. The position is scheduled to work Monday through Thursday from 3:30 pm to 2:00 am, with responsibilities including operating press brake equipment and reading blueprints.

You will develop and maintain program files and tooling, verify material thickness, manage inventories of raw materials, and suggest continuous improvement ideas to increase efficiency and reduce scrap.

Qualifications

• Minimum high school diploma or GED required.
• 1-2 years' experience with Amada/Salvagnini/Manual/Bender preferred.
• Read engineering blueprints, bill of materials, and verify tolerances.
• Ability to operate most fabrication equipment.
• Must be able to lift/push/pull/carry up to 40 pounds.

Responsibilities

• Operate press brake fabrication equipment including Amada ATC, Salvagnini P2, Manual Press Brake, and other bending/forming equipment.
• Read and interpret blueprints and material gauge/tolerances; maintain tooling libraries.
• Develop and maintain program files, tooling library, and racks; ensure inventory accuracy.
• Identify improvements and drive continuous improvement to reduce scrap and increase throughput.
• Keep work areas clean, safe, and compliant with safety policies.

Skills

Accountability

Interpersonal skills

Team player

Functional/Technical skills

Operation of fabrication equipment

Education

High School Diploma or GED

Tools

Amada

Salvagnini

Manual press brake

Bender

Job description

Antunes in Carol Stream, IL is seeking a second shift Press Brake Operator to join our Fabrication team. The position is scheduled to work Monday through Thursday from 3:30 pm to 2:00 am, with responsibilities including operating press brake equipment and reading blueprints.

You will develop and maintain program files and tooling, verify material thickness, manage inventories of raw materials, and suggest continuous improvement ideas to increase efficiency and reduce scrap.