This IoM3 approved hands-on CPD course introduces participants to the full spectrum of polymer-based AM technologies. From thermoplastics to photopolymers, attendees will explore the capabilities, materials, and design considerations of key polymer AM processes including FDM, SLA, and SLS. Whether you are developing prototypes, functional parts, or looking to improve your understanding of AM workflows, this course delivers practical knowledge, live demonstrations, and design-led guidance to help you select and apply the right technique for your application.

Course Description

Exploring Polymer AM Technologies

• Duration & Level: 1 day, introductory

• Format: Lectures, demonstrations, case studies, and equipment walkthroughs

• Assessment: None

Course Description

This hands-on course provides an in-depth introduction to polymer-based AM processes, including FDM, SLA, and SLS. Participants will examine materials from PLA and ABS to flexible TPU and photopolymers, and learn how process selection and design rules affect part quality and performance. With machine demonstrations, design exercises, and case studies, the course highlights how polymer AM is applied across prototyping, tooling, and low-volume production.

Learning Objectives

• LO1: Describe the key polymer AM processes and compare their strengths and limitations.

• LO2: Identify suitable polymer materials and reinforcements for different applications.

• LO3: Apply DfAM rules (overhangs, supports, tolerances, orientation).