Specializing in industrial tool design and tool adaptations, Tooling Engineers work with customers who need new or adapted tools. The engineer then manages the development of the tool according to a planned schedule and cost specifications. 

Design Engineers are responsible for effectively coordinating projects, reviewing/improving part designs for manufacturability, associated tool design, drawings, and secondary fixtures.

MIM and die cast Sales Engineers are the technical leads on sales of new products for new accounts and high-target growth divisions of existing customers. They identify, define, specify, and implement existing or new solutions.

Customer Service representatives help customers before, during, and after a purchase, ensuring maximum satisfaction at all times. In many plants, customer service teams handle production scheduling.

The Quality Engineer partners closely with Product/Design/Program Engineering to develop quality control plans for new products as well as modifications for existing products. Quality Engineers develop and implement quality plans, metrics, programs, and procedures using quality control statistics, lean manufacturing concepts, and analyses. 

Manufacturing Engineers develop innovative solutions to complex engineering and manufacturing production problems through process analysis, programming/troubleshooting CNC equipment, designing tools, fixtures, and gauges, and determining process parameters to achieve production goals and quality standards.

Set-up Operators prepare the necessary casting equipment for production. After installing the necessary tooling they gather first-off pieces for inspection to verify product quality and perform routine operational checks during mass production.

DGS Engineers lead, guide, energize, and execute activities to advance our sites to higher levels of proficiency using typical lean manufacturing methodologies. 

Program Managers plan, organize, and control an assigned product line through the full product life cycle to meet customer, financial, and corporate growth objectives.

Process Engineers help maximize operational efficiency, collecting metrics, and identifying and correcting process deficiencies. They work across teams to monitor process conditions, implement improvements, and assist in meeting safety, quality, production, and cost goals.