Meet Magneto, the Future of Inspection Robotics
Watch as robotic solutions company, Nexxis, showcases their innovative inspection robot, Magneto – a unique NDT and maintenance solution that provides the base onto which bespoke inspection tools can quickly be fitted.
From development to deployment, Magneto is just one example of the Nexxis suite of modular robots, all of which can be configured in virtually limitless ways to overcome even the most complex of inspection challenges. Not only can this semi-autonomous robot navigate virtually any type of surface and obstacles, but it has significant payload to allow for the tools and sensors to suit the required inspection tasks.
In combination with their sister companies, 6D and Lab 61, Nexxis offers end-to-end solutions, engineering and training to create individual solutions to streamline inspections, reduce costs, lower risk and increase the quality of data and/or maintenance of assets across far-reaching industries.
Find out more about Magneto and other dynamic robotic NDT solutions at https://nexxis.com.au
Jason De Silveira, founder and CEO of Nexxis Technology, has always had a sharp focus on robotics, education, and real-world solutions. Throughout his career, he’s stayed committed to pushing the boundaries of robotics and helping industries strengthen their approach to asset integrity and robotic inspection.
With a background in operations, commissioning, and start-ups of new facilities, Jason leads Nexxis with a hands-on understanding of what real projects demand. Under his leadership, Nexxis has become known for developing innovative robotic systems that deliver better data, boost safety, and take the risks out of confined space and working-at-height inspections.
What makes Jason stand out? A passion for innovation, a proven ability to bring people together, and a genuine drive to help clients get the right solution — not just an off-the-shelf fix. With a strong focus on customisation and future-ready technology, he’s helping to shape the next generation of robotics.
