UniSA Opens Advanced 3D Printing Facility
The state-of-the-art 3D printing facility in Adelaide, attracting AU$18 million in funding for space research projects under the iLAuNCH Trailblazer initiative, will boost South Australia’s space industry.
The state-of-the-art 3D printing facility in Adelaide, attracting AU$18 million in funding for space research projects under the iLAuNCH Trailblazer initiative, will boost South Australia’s space industry.
Researchers from MIT and the University of Texas at Austin have demonstrated the first chip-based 3D printer, using a millimetre-scale photonic chip to emit reconfigurable beams of light into resin, curing it into solid shapes.
HKPC has inaugurated a pioneering 3D Printing Technology Center, positioning Asia at the forefront of innovative manufacturing solutions, driving industry advancement and sustainability
Utilising AI and 3D printing for advanced bone tissue repair, Filipino researchers lead a groundbreaking initiative, while the Philippines actively deploys technology to foster digitalisation, empower citizens, and drive the growth of its digital economy.
IIT-Madras is using 3D printing tech for facial reconstruction in patients affected by black fungus, employing in-house algorithms to transform MRI/CT data into printable CAD formats. This enables the production of custom implants crafted from medical-grade titanium.
Nanyang Technological University (NTU) Singapore and Singapore General Hospital (SGH) aim to revolutionise healthcare by developing personalised medical devices and implants, offering innovative solutions for patient treatment and advancing the field of regenerative medicine.
Researchers from NTU Singapore and the University of Cambridge have created a novel 3D printing technique that has the potential to completely transform manufacturing procedures and provide previously unheard-of levels of design flexibility.
Engineering scientists from Hong Kong Polytechnic University, in collaboration, employ 3D printing to revolutionise titanium alloy production, enhancing its properties, reducing waste, and offering sustainable manufacturing solutions.
Scientists create a high-power laser printer, enabling quick and easy 3D printing of smart, flexible devices; a breakthrough for advanced manufacturing in the nation.
Advancements in 3D printing technology and advanced alloy design techniques pave the way for the development of revolutionary titanium alloys with exceptional strength and resilience.
ANSTO is collaborating on the design, materials and process development of a key ceramic component for an innovative process to convert plastic waste from personal protective equipment into feedstock for 3D printing.
An Associate Professor at the UOW’s Molecular Horizons is developing a collection of 3D-printed models of the molecules of the body, called ChemBraille, to enable students to learn through touch.
As an amputee, getting back to an active lifestyle may not be an option; to ease the transition back, a New Zealand design school is using 3D printing.
Knowing its potential in Industry 4.0, the Philippine agency for industrial technology has partnered with a leading university to create an additive manufacturing printing training hub.
Indonesian and Australian researchers discussed their research developments in 3d printing technology and they aim to communicate and work together to conduct joint research.
The on-demand, on-site 3D concrete printing will impact various construction applications in the multi-billion-dollar market worldwide. Future jobs will be marshalled into design, servicing and maintenance of digital systems.
An interdisciplinary research team from PolyU has developed the world’s first “anti-virus 3D printing material” that can kill the COVID-19 virus on surfaces as well as most common viruses and bacteria.
NUS and Jurong Bird Park collaborated to develop silicone shoes from 3D printed moulds for birds that are more precise and flexible for the customisation according to the size, shape and condition of each bird’s feet
China showcased a 3D-printed park by utilising the technology of robotic 3D printing in which the digital model that users put into the system will be automatically processed into control signals of the printing equipment.
The RAFT technique enables the creation of ‘living’ and ‘self-repairing’ plastics, which could be a potential game-changer for product design and recycling.
Laminated Resin Printing makes it easier to create detailed submillimetre structures for applications such as sensors, wearables, point-of-care diagnostics, and aerospace components.
The research will develop a fabrication technology that will allow the 3D printing of a mechatronic device that is more similar to a biological system.
The system will be used to allow the faster prototyping of next-gen 3D integrated robotics and sensing structures coupled with reducing the cost of research and development.
The Centre will focus on living tissue replacements to restore the functions of damaged tissues and organs in the treatment of bone and joint disorders.
These miniature small soft robots are very useful for navigating within small and space-restricted areas and for controlling small objects.
3D printing a replica of the cleft lip improves practice and planning for surgery of the cleft lip and reduces risks on the patients.
The custom, 3D printed devices are made using an iPhone’s 3D scanning function and a proprietary system that takes a raw 3D scan and automatically processes it using advance 3D statistical modelling.
3D printing the bone scaffold that will house the new bone tissue offers an effective, efficient and inexpensive alternative to the more conventional way of making bone scaffolds.
The Transformative Energetics Research Program has three key planks: nano-scale energetic materials, resonant acoustic mixing (RAM) and 3D printing of energetics.
3D printed models of dog skulls have boosted the capacity of veterinaries to save animals and educate the veterinary students of tomorrow.
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