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.
Continuous3D has transformed from a lab-based efficiency project to a pioneering commercial enterprise in robotics, leveraging innovative technology validated through rigorous industry trials and supported by CSIRO’s strategic initiatives.
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
The innovative 3D mapping technology promises to revolutionise space navigation and task execution, addressing critical challenges faced by astronauts while marking a significant advancement in space technology.
Stitch3D, a cloud-based platform, addresses the challenges of sharing, analysing and viewing 3D files by providing a suite of robust collaboration tools and advanced visualisation capabilities, revolutionising 3D data management and accessibility across various industries.
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.
MIT researchers have utilised 3D printing to create a lightweight and affordable quadrupole, representing an advancement in manufacturing quadrupole mass filters, with future plans to enhance performance and explore different ceramic materials for optimisation.
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.
HKBU launched the “Science (S1-3) STEAM Learning Module,” which features six innovative 3D-printable tech kits designed to empower secondary school students in collaboration with the Education Bureau.
NIWA’s groundbreaking 3D-printed Photariums redefine fish observation in New Zealand, offering a locally produced and accessible tool vital for studying and conserving indigenous fish species in their natural habitats.
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.
ORNL researchers have developed a 3D printing system that monitors changing residual stress throughout manufacturing, driving scientific progress.
A team of experts harnesses AI and 3D printing to create materials with precise mechanical properties, potentially revolutionising manufacturing processes and material performance across various industries.
Researchers have made strides in 3D bioprinting, developing a hydrogel ink infused with gelatin fibers, enabling the precise 3D printing of a functional heart ventricle, and providing physiologically relevant structures for research and therapeutic development.
The Toitū Te Whenua LINZ Data Service provides the Kiwis the detailed 3D imagery for 80% of the country by utilising LiDAR (light detection and ranging) technology, aiming to support innovation and give all businesses and other operators access to detailed information.
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.
The cutting-edge Otago research innovation, done by the Filipino, proved to restore breast tissue lost inside cancer patients during treatment, leading the patient to improve their self-confidence.
MIT researchers have demonstrated a technique that aligns 3D shapes by mapping volumes to volumes, utilising tetrahedral meshes to incorporate the internal mass of the objects.
Revolutionising decision-making and disaster response, Waikato’s first highly accurate 3D mapping data brings remarkable change, empowering local councils, fostering business growth, and enabling proactive measures for a resilient and prosperous future.
Singapore’s a ground-breaking light-field sensor with exceptional angular precision, employing a colour-encoding technique holds promise for applications such as autonomous driving, VR and biological imaging, enabling precise 3D scene reconstruction.
Researchers from the National University of Singapore have developed an edible cell culture scaffold using 3D-printed plant proteins, a breakthrough for affordable and eco-friendly production of lab-grown meat.
China is confident that the application of 3D modelling in the healthcare system has the potential to improve patient outcomes, advance medical research and enhance medical education and training.
Naval Air Warfare Systems developed the 3D simulation to help sailors’ mission readiness in addressing various simulated operation phases.
A team led by CUHK’s Department of Mechanical and Automation Engineering has developed a ferromagnetic silicone elastomer with 3D deformability and is expected to expand applications of morphable soft materials.
A team of researchers at Curtin University used CT scanning and 3D modelling to study the growth of pelvic fins in fish embryos to develop a better understanding these fins changed over evolutionary history.
The 3DPH Information System aims to supplement scientific data management and analysis on disaster risk reduction activities. The government also cautions local governments to be prepared for a tsunami.
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