Webinar: Alchema Research: Contactless Robotics in Soft Material Handling
Date and time: 28th October 2026 | 2pm GMT
Registration & more info: Click Here – Registration for the webinar is now open
Join us for an introduction to AcoustoFab’s contactless robotic platform
a new approach to precision handling built on acoustic technology, and its role in the emerging world of Physical AI. This session will explore how contactless, acoustic-based manipulation enables pick, inspect, sort, and place parts with a level of precision and gentleness that traditional solutions can’t match, and why this matters as manufacturing moves toward more intelligent, adaptive physical systems.
We’ll present a range of applications across industries, showing how the platform’s contactless approach solves real handling challenges, delicate components, irregular geometries, contamination-sensitive processes, and complex sorting requirements, while feeding into broader Physical AI capabilities like adaptive perception and autonomous decision-making on the factory floor.
Who should attend?
Engineers, operations and plant leaders, robotics/automation teams, scientists, lab leaders and anyone interested in the intersection of lab automation and Physical AI.
What you can expect:
- Talks from experts in the field about how Alchema can be used to change the way we interact with the physical world around us.
- Exclusive insight into the world’s first programmable contact-free robotics platform and how it is changing automation.
- Live Q&A with the AcoustoFab team.
- A downloadable recording of the webinar for you to refer back to at your leisure
What you’ll learn:
- What a contactless robotic platform is and how acoustic-based precision handling works.
- A tour of applications across industries: pick-and-place, inspection, and sorting Where contactless sorting outperforms traditional methods.
- The advantages of contactless handling: precision, gentleness, and reduced contamination risk.
- Where this fits into the future of manufacturing automation.