Unisyn Precision Components
David Re is an accomplished engineering leader with extensive experience in the manufacturing and precision components sectors. Currently serving as President of Engineering at Unisyn Precision Components, David manages a skilled team focused on delivering high-quality machined components for critical industries such as aerospace and medical. Prior positions include Director of Engineering at Global Precision Products and Sr. Manufacturing Engineer at Parlec, where responsibilities included improving manufacturability, leading cost-saving initiatives, and overseeing engineering projects. David's career began as a Design Engineer at Davenport Machine, where David implemented 3D design software and managed production scheduling. Educational qualifications include a Bachelor of Science in Mechanical Engineering Technology from the Rochester Institute of Technology and an Associate of Science in Engineering Science from Monroe Community College.
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Unisyn Precision Components
Unisyn Precision Components is forming a collaborative network of leading precision component manufacturers, bringing together a portfolio of materials and fabrication technologies to solve the breadth of customers’ demanding precision components applications. Key Business Attributes: • Mission critical applications in harsh and demanding environments • Certified-registered manufacturing facilities: FDA, ISO 13485, ISO 9001, ISO 14001, etc.) • Design engineering, material science expertise, and advanced manufacturing • Diverse customer mix within Medical, Water, F&B, Electronics and Industrial markets • Regulatory approved materials (FDA, NSF, WRAS, 3A, USP, EC, etc.) • Strong, recurring demand dynamics and consumable products content Our Partnership seeks to deliver a platform for leading organizations to deliver innovative, quality precision components solutions to customers in high-value end markets such as medical, water, food & beverage, electronics, and industrial industries through our fabrication network of rubber, plastic, and metal materials. Capabilities include compounding, molding, mold-tool & insert making, machining, cutting, bonding, extrusion, welding, and other material conversion and assembly technologies. Our strategy allows for a tailored approach to meet your own specific vision, needs and goals.