https://www.imcrc.org/wp-content/uploads/2017/11/Logo-White-Retina-160x60.png 260w" sizes="130px" alt="IMCRC" width="130" height="30">Research collaboration to develop and test Industry 4.0 technologies
Advanced materials
Pilot plant to accelerate the development of zeolite production process
Advanced materials
Modern day applications of advanced carbon materials
Advanced materials
Building a pilot plant to produce high-purity alumina (HPA)
Automation and robotics
Remote controlled load management system to control and manage suspended loads
Advanced materials
Advancing biomaterials by providing the best research environment
Sensors and data analytics
Enabling the early detection of cardiovascular diseases
Sensors and data analytics
Developing “smart’ civil and building infrastructure capability
Advanced materials
Next generation product technology that facilitates a flexible and scalable distributed manufacturing model
Advanced materials
Advancing textile coating and treatment systems
Additive manufacturing
Simple, fast and customised part repair capability
Automation and robotics
Developing a Virtual Manufacturing System for faster and more flexible manufacturing
Advanced materials
Validation of intended product design through end-user testing and assessment of supply chain logistics
Additive manufacturing
Validation of Titomic Kinetic Fusion (TKF) additive manufacturing technology
Advanced materials
Breakthrough in the global orthopaedic medical device industry – developed and manufactured in Australia
Advanced materials
Creating the next generation of “smart implants”
Additive manufacturing
Additive manufacturing to address metal damage in operational aircraft
Advanced materials
Advancing manufacturing technologies and capacity to increase the scale and output of Carbon Revolution’s commercial operations
Additive manufacturing
3D printing to create precision-engineered mining equipment
Advanced materials
Combination therapy to tackle bacterial biofilms
Additive manufacturing
Pairing 3D printing technologies and robotics to develop turnkey plastic repair and refurbishment system
Additive manufacturing
Combining 3D printing, robotic surgery and advanced manufacturing to create just in time tailored implants for patients with bone cancer
Sensors and data analytics
Compact mobile air-conditioning and refrigeration technology for future electric vehicles and equipment
Advanced materials
Alternative transistors for faster and more efficient power electronics
Automation and robotics
Robotic vision systems and smart software user-interfaces to streamline the process between design and custom manufacturing
https://www.imcrc.org/wp-content/uploads/2017/11/Logo-Purple-Retina-160x60.png 260w" sizes="130px" alt="IMCRC" width="130" height="30">
扫一扫在手机上阅读本文章
