The Mid-Level Toolmaker / Machinist is responsible for the precision manufacturing, modification, and maintenance of tooling, fixtures, and dies used in production environments. This role requires strong hands-on skills in manual and CNC machining, a solid understanding of tooling drawings, and experience working with tight tolerances and high-quality standards.
Manufacture, fit, assemble, and maintain fixtures, dies, jigs, and tooling components to engineering specifications.
Interpret complex 2D/3D engineering drawings and ensure parts meet exact tolerances and finishes.
Operate manual and CNC machines (lathe, mill, grinder, EDM, etc.) to fabricate and finish precision components.
Conduct test fitting and perform modifications to ensure proper function and alignment of tools.
Perform preventive maintenance and repairs on dies and fixtures as needed.
Collaborate with design engineers, production teams, and quality inspectors to resolve tooling-related issues.
Ensure compliance with safety procedures and maintain accurate documentation of tool build and service history.
Precision Machining & Assembly: Skilled use of lathes, milling machines, surface grinders, and CNC equipment for producing high-precision tooling parts.
Tool and Die Fitting: Accurate hand-fitting and bench work for the assembly and fine-tuning of complex dies and fixtures.
Blueprint Reading & GD&T: Strong ability to interpret technical drawings, 3D models, and apply geometric dimensioning and tolerancing.
Tool Maintenance & Troubleshooting: Conduct regular inspections, repairs, and root cause analysis of worn or malfunctioning tools.
Collaboration: Work closely with engineering and production teams to improve tooling performance and reduce lead times.
Material Knowledge: Familiarity with tool steels, heat treatment processes, and coatings used for tool durability.
Diploma or Certificate in Tool & Die Making, Precision Machining, or Mechanical Engineering.
3–7 years of hands-on experience in toolmaking or die/machining in a manufacturing environment.
Proficiency in reading engineering drawings, using precision measuring tools (micrometers, gauges, CMMs).
Familiarity with CAD/CAM systems (e.g., Mastercam, AutoCAD) is an advantage.
Knowledge of safety protocols, lean manufacturing, and continuous improvement practices.
Good problem-solving skills and attention to detail.