2nd shift Die Maker $26.55-$35.85 +$1.50 shift pay

Position Summary:

The Die Maker is responsible for studying blueprints and prototypes, machining die components, assembling dies, and ensuring their functionality through precise adjustments and inspections. This role requires a strong understanding of machining techniques, shop mathematics, and the properties of sheet metal under pressure.

Key Responsibilities:

Study blueprints of products and dies, as well as prototypes and die models. Visualize the structure and function of dies and plan operations, applying knowledge of shop mathematics, machining, and assembly methods. Measure, mark, and scribe tools and stock for machining. Set up and operate machine tools, such as lathes, milling machines, and grinders, to machine parts to specifications. Verify machined parts against specifications for accuracy. Lift machined parts manually or using a hoist and position them on worktables for assembly. Shape, smooth, and fit flat and contoured surfaces of die members and parts using hand tools (e.g., stones, files, and powered grinders). Verify dimensions, clearances, and alignment of die members and parts using tools like dial indicators, gage blocks, thickness gages, and micrometers. Dowels and bolt parts together using hand tools (e.g., hammers and wrenches). Operate power presses, perform final adjustments and refinement operations on dies in press, and inspect piece part products to complete tryouts for Initial Sample Inspection Reports (ISIR). Exercise judgment to manufacture components and dies efficiently and in a timely manner. Perform other customer-driven or product-driven duties as assigned by the Supervisor.

Education:

High school diploma or equivalent.

Experience:

1-2 years of die making or die repair experience.

Essential Skills:

Proficiency in blueprint reading. Knowledge of tool room equipment. Machining skills, including ID-OD grinding to close tolerances. Familiarity with manufacturing environments. Strong foundation in shop math (geometry, algebra, and trigonometry). Computer drafting skills. Engineering problem-solving abilities. Knowledge of GD&T. Familiarity with

ISO 9000

standards. Understanding of materials and mechanical drafting. Experience in tooling design.

Physical Requirements:

Ability to lift and move medium-weight materials (30-50 pounds). Manual dexterity for precision tool work. Prolonged periods standing or working at machinery.