Thanks to Advanced Manufacturing Growth Centre Ltd for the invite to be one of the key speakers today at UNSW on Tradiebot Industries road to digital transformation. A sold out event with over 200 attendees and a great line up of speakers. Well done Michael Sharpe and the team on organising such a dynamic event. […]
Sydney, 2 June 2018: Tradiebot Industries and Deakin University today launched a collaborative research project exploring the use of virtual and augmented reality technologies to develop a revolutionary new Industry 4.0 training system for the automotive collision repair and service industry. The project will develop the industry’s first Virtual/Augmented Reality Training and Service Solution, to […]
PPG Industries and Capital SMART to join Tradiebot launch its AR/VR training and compliance solution at World Skills Expo. We welcome anyone who wants to visit us at the expo over the 3 days. Our stand is located in the Tech Hub precinct stand number 27.
In the “factory of the future” at Swinburne University, the industry recently celebrated the launch of Tradiebot Industries and its Repair Bot project, in collaboration with Swinburne University and IMCRC. Tradiebot Industries is part of the Industry 4.0 revolution, providing automated repair solutions and new skills for the automotive collision industry. It grew from the […]
Tradiebot Industries will be exhibiting at WorldSkills Australia for the first time and will put on show its revolutionary 4.0 automated solutions, virtual environments, career pathways and new skills for tomorrows smarter workforce. Tradiebot Industries will bring STEM skills to life with the launch of the Immersability project, an industry first Virtual/Augmented Reality Training and Service Solution […]
Swinburne is partnering with the Innovative Manufacturing Cooperative Research Centre (IMCRC) and leading repair solutions company, Tradiebot Industries, to transform the automotive repair industry. The collaborative project, ‘Repair Bot’, will make use of 3D printing technologies and robotics along with complex materials to enable an automated rapid repair service for plastic car parts. Inspiration for the project stems […]