Tool Maker II

Dover Corporation•Milwaukie, OR

About The Position

Tool & Die Making Operations focuses on operating computer and/or mechanically controlled machine tools to produce and repair precision metal tools and dies for use in manufacturing including: Analyzing blueprints, computer-aided design (CAD/CAM/CAE) models, and engineering specifications to define the dimensions and features of the cutting/shaping tools, forms, molds, gauges, and jigs/fixtures. Determining the optimal tool path for fabricating the tool/form/mold by selecting appropriate machine tools (e.g., lathes, drill presses, milling machines, grinders, boring machines, etc.) and specifying the sequence of tool operations. Manually setting up/adjusting machine tools and/or loading instructions into computer numeric control (CNC) systems. Recommending revisions in design and/or substitutions in material based on machinability or fabrication problems encountered. A Support 2 requires basic knowledge of job procedures and tools obtained through work experience and may require vocational or technical education. Responsibilities typically include: Works under moderate supervision. Problems are typically of a routine nature, but may at times require interpretation or deviation from standard procedures. Communicates information that requires some explanation or interpretation.

Requirements

  • Basic knowledge of job procedures and tools obtained through work experience.
  • May require vocational or technical education.

Responsibilities

  • Analyzing blueprints, computer-aided design (CAD/CAM/CAE) models, and engineering specifications to define the dimensions and features of the cutting/shaping tools, forms, molds, gauges, and jigs/fixtures.
  • Determining the optimal tool path for fabricating the tool/form/mold by selecting appropriate machine tools (e.g., lathes, drill presses, milling machines, grinders, boring machines, etc.) and specifying the sequence of tool operations.
  • Manually setting up/adjusting machine tools and/or loading instructions into computer numeric control (CNC) systems.
  • Recommending revisions in design and/or substitutions in material based on machinability or fabrication problems encountered.
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