Join us for a virtual presentation on the use and results of generative design and resulting demonstration parts printed by the University of Maine Advanced Manufacturing Center/Center for Additive Manufacturing of Metals.

Join us for a virtual presentation on the use and results of generative design and resulting demonstration parts printed by Berkshire Innovation Center/BSS Additive.

Join us for a virtual presentation on the use and results of generative design and resulting demonstration parts printed by CCAT. Generative design mimics nature’s evolutionary approach to design. Parameters such as materials, manufacturing methods, strength and thermal requirements are defined, and the AI driven generative design process fully optimizes the design to best fulfill functional requirements.

Join us for a virtual presentation on the results of the demonstration pilot conducted by SphereGen/The Impact Group on the use and implementation of augmented reality in manufacturing.

Join this virtual presentation on the results of the demonstration pilot conducted by Stanley X/DeepHow on the use and implementation of DeepHow AI technology in manufacturing.

Join us for a virtual presentation on the use and results of automated probing for CNC machining of a demonstration part. Probing is an established best practice for maximizing the efficiency, quality, capability, and accuracy of machine tools.

Probing is an established best practice for maximizing the efficiency, quality, capability, and accuracy of machine tools. Standard routines built into modern CNC controls simplify the integration of probing cycles into machining operations and offline tools. These routines, combined with a CAD interface, make the simulation of measurement functions easy.

RAM Engineering Solutions will explain what Model Based Definition (MBD) is, how it is applied, how it is used & reused and how MBD is the basis of digital thread as it relates to a company’s Digital Transformation. ‘Digital Transformation is no longer a ‘nice to have’, it’s become the foundation of remaining competitive and sustained success.’

Valued at a $7.3-billion worldwide market value in 2017, additive manufacturing (AM) is disrupting multiple markets by enabling engineers to rapidly manufacture parts having substantial geometric freedom. Unfortunately, this geometric freedom is often realized with materials having insufficient properties (e.g., stiffness, strength, melting temperature) for production requirements.

Learn about what to expect when installing a Desktop Metal System; Overview of install & operations experience, facility, safety & training requirements, vendor support; How the BIC, CCAT and UMaine benchmarked these systems; How to access benchmark files and data; Description of DM case studies underway at BIC; How to access BIC’s facility for training, application development and project collaboration.