Accumold will turn up its usual presence at Birmingham, England’s annual High Precision Manufacturing Expo a few notches as one of its executives is set to deliver a presentation on micro-molding technology. Vice President of Marketing and Customer Strategy Aaron Johnson is among the speakers at Micro Nano MEMS 2017, the ninth-annual event that attracts a mega-watt line-up of speakers exhibitors and state-of-the-art technologies and MEMS manufacturers from around the globe, including participation from the Accumold marketing team.

aaron nec talk
Aaron Johnson nec talk

Johnson will be one of the expo’s seminar speakers with his address, “Pushing the Limits: Micro Molding.” His technical presentation, through case studies, walks through the basics of micro injection molding, what makes it different than traditional molding and explores ways that the technology can help design engineers push the limits of development when it comes to size, features and tolerances.

“This is certainly not our first year at Birmingham and the High Precision Manufacturing Expo. But, beyond that, this year’s theme is “The Future of Technology at Your Fingertips” and it’s one we feel right at home with because we live it every day at Accumold,” Vice President of Marketing and Customer Strategy Aaron Johnson said today.

The High Precision Manufacturing Expo is the United Kingdom’s leading show for the micro manufacturing, nanotechnology, MEMS, and microelectronics markets, attracting an audience from six continents.

Micro Nano MEMS 2017
Accumold also had a demo space in the exhibitor hall at Micro Nano MEMS.

Since the 80s, Accumold has manufactured critical micro molded components for the medical, automotive, military, aerospace and telecommunications industries. Their tech is used daily in micro-electronics, cell phones, telecommunications, surgical tools, hearing aids, medical devices, antennas, connectors and more. Their specialized molding machines are engineered to handle volumes from prototypes to millions per year while maintaining consistent, precise tolerances. Learn more about our capabilities.