Tooling Engineer

Overview

Beacon Med Tech Solutions is seeking a Tooling Engineer to lead the design, development, improvement, and lifecycle management of precision injection molds used to manufacture medical device components.

This is a highly visible role that combines engineering expertise, supplier management, mold design, tooling optimization, and hands-on problem solving. You will work closely with Engineering, Quality, Manufacturing, and external tooling partners to bring new tooling concepts to life and continuously improve existing mold performance.

At Beacon Med Tech Solutions, tooling is not a support function—it is a critical part of our success. Our Tool Room team partners directly with Engineering, Quality, and Manufacturing to develop and maintain the molds that drive our medical device manufacturing operations. Team members are trusted experts whose work has a direct impact on product quality, production performance, and customer satisfaction.

If you thrive in a collaborative environment and enjoy turning technical challenges into practical solutions, we d love to talk with you.

Beacon Med Tech Solutions is a trusted contract manufacturing partner specializing in solving complex manufacturing challenges, from Design for Manufacturability (DFM) to assembly. With expertise in Medical, Bio-Pharma, and Life Sciences industries, as well as applications in Aerospace, Defense, and Technology, we deliver precision-engineered solutions. Operating from a state-of-the-art 110,000-square-foot, ISO-certified facility in Leominster, MA, we offer cutting-edge technologies including injection molding, liquid silicone rubber, and advanced thermoplastic applications.

Our team of skilled professionals collaborates across engineering, manufacturing, and quality assurance to exceed the most stringent standards. As part of Beacon Manufacturing Group, we are committed to providing innovative solutions to accelerate growth and success for our clients.

The Tooling Engineer is a full-time, on-site role based in Leominster, MA. The role involves designing, developing, and maintaining molds and tooling for various manufacturing applications, ensuring quality and efficiency. The Engineer will collaborate with cross-functional teams to enhance tooling capabilities, oversee injection molding processes, and provide support for product development and manufacturing improvements. Responsibilities also include troubleshooting tooling issues, optimizing designs for manufacturability, and utilizing advanced CAD tools to create accurate designs that meet project requirements.

• Design, develop, and optimize injection molds for medical-grade components in close collaboration with design, quality, and manufacturing teams.
• Oversee and manage tooling projects from concept through vendor build, qualification, and production release.
• Coordinate and perform mold repairs, refurbishments, and preventative maintenance to maximize tool life and minimize downtime.
• Troubleshoot and resolve tooling-related production issues, collaborating with technicians and process engineers.
• Source and manage domestic and international tooling suppliers, including issuing RFQs, evaluating designs, and overseeing build progress.
• Conceptualize and design metrology, manufacturing and machining fixtures in collaboration with Engineering team.
• Support validation activities including IQ/OQ/PQ, FAI, and capability studies for new and refurbished molds.
• Create and maintain accurate documentation, including 2D drawings, 3D CAD models, mold maintenance logs, and engineering change orders.
• Drive continuous improvement efforts related to mold performance, cycle time, cost, and ease of maintenance.
• Apply DFM principles during design reviews to ensure manufacturability and serviceability of tools.
• Ensure all mold tooling meets Beacon Medtech’s quality and compliance standards, including ISO 13485.
• Lead DFM reviews with customers and internal stakeholders.
• Support quoting activities for new tooling and mold modifications.
• Evaluate tooling concepts for manufacturability, maintainability, and cost effectiveness.
• Develop tooling standards and…