Die Setter Powder Metal

Our client is seeking experienced Die Setters with strong powder metal and press operation expertise to support production on 1st and 2nd shift in a high‑precision manufacturing environment. This role is hands‑on, safety‑driven, and critical to maintaining quality and throughput on the shop floor.

Onsite | No Visa Sponsorship | No Relocation Assistance

Contract Duration: 6 months | Contract-to-Hire (based on performance and business needs) | W2

Work Schedules: 

• 7:00AM–3:00PM | 1st Shift
• 3:00PM-11:00PM | 2nd Shift

Responsibilities:

• Operate and adjust Cincinnati 550‑ton mechanical/hydraulic presses.
• Inspect compacted parts for dimensional accuracy, density, and weight.
• Monitor parts after the delube oven and make adjustments as needed.
• Identify defects or equipment issues; stop production when necessary.
• Maintain accurate production records (output, scrap, adjustments, issues)
• Complete tooling survey sheets and support rework/sorting activities.
• Perform daily 5S and participate in PMs and improvement initiatives.
• Calibrate press settings (pressure, compaction speed, dwell time) to meet part specifications.
• Install, set up, and troubleshoot tooling, including die cavities, punches, and core rods.
• Support maintenance and troubleshooting of mechanical, hydraulic, and pneumatic systems.

Qualifications/Must Haves:

• High School Diploma or GED.
• Powder metal experience (required)
• Ability to read blueprints and interpret GD&T.
• Hands-on experience with Cincinnati 550‑ton presses.
• Mechanical/hydraulic press operation for powdered metal compacting.
• Experience troubleshooting mechanical, hydraulic, and pneumatic equipment.
• Knowledge of forging presses, die setup, material flow, and basic robot interaction.
• Proficiency with inspection tools (micrometers, hardness testers, CMM)
• Ability to work 1st and 2nd shift onsite and support weekend work as needed.

Nice-to-Haves:

• 5+ years powder metal compacting.
• Manufacturing experience in metal forging.
• Familiarity with metallurgical properties of ferrous and non‑ferrous powders.