The Thermo Fisher Scientific Monterrey facility has established a state-of-the-art Plastics Prototyping Service Lab to expedite the development of custom laboratory consumables for the biotech and pharmaceutical industries. This lab operates within an ISO 13485 certified environment, ensuring adherence to stringent healthcare standards. The Plastics Prototyping Service Lab offers a streamlined process for customer engagement, project initiation, prototyping, and transitioning to supplier agreements. The service accommodates up to five customizable designs per project and allows for up to three design feature changes per iteration. The implementation of this lab is guided by a comprehensive Quality Management System (QMS) that aligns with ISO 13485:2016 requirements. The QMS ensures that all processes, from initial customer contact to final product handoff, are meticulously documented and controlled. Key elements include: 1. Customer Engagement and Project Initiation: Managed by the Client Services Project Manager (CSPM), this phase involves initial customer interactions, project feasibility assessments, and detailed project planning. The Product Manager (PM) oversees project decisions and risk management. 2. Prototyping and Design Iterations: The lab utilizes advanced 3D printing technology to create prototypes. The Design Engineer (DE) leads the creation of 3D models, while the 3D Printing Engineer (3DE) prepares and prints the prototypes. The Lab Manager (LM) coordinates resources and timelines. 3. Quality Control and Documentation: The Service Lab was sucessfully validated and its operation follows rigorous quality control measures to document product specifications and production data. The QMS ensures all prototypes undergo thorough testing and validation before customer approval. By integrating ISO 13485 standards into the rapid prototyping process and validating the service through rigorous testing, the Plastics Prototyping Service Lab at Thermo Fisher Scientific Monterrey ensures high-quality, safe, and compliant custom laboratory consumables. This approach accelerates product development and enhances customer satisfaction.
Learning Objectives:
Learn to implement rigorous quality control measures in compliance with ISO 13485 requirements. This includes mastering documentation, quality control measures, and regulatory guidelines essential for healthcare product development.
Gain expertise in using cutting-edge technologies like 3D printing for creating both low and high-fidelity prototypes. Learn how to execute design iterations and incorporate feature changes effectively.
Learn the importance of validating services through comprehensive testing. Understand how to confirm that services meet defined requirements, including timelines, scope, and quality standards.