2023
Manufacturing & Materials
The presence of antibiotics, pesticides and toxins has reached an alarming situation. Though there is a push for organic food, there is no analytical instrument which can give instant results to detect food contamination. Existing methods use wet chemistry and need sophisticated instruments like HPLC and mass spectrometers.
Development of the world's first carbon fiber reinforced thermoplastic (CFRTP) composites door marks a pioneering achievement in the field of automotive manufacturing and composite materials. The ultra-lightweight CFRTP door structure, developed as a lightweight alternative for the closures of the 2016 Acura MDX, is not only 45 % lighter than its equivalent baseline steel door structure,
Keeping structures lightweight without adversely affecting their functionality is a major engineering challenge. Inflatables—structures that gain their load-carrying capabilities from pressurized air within a tensioned hyperelastic skin—offer a unique solution to this problem. However, although lightweight, 
Dow SI-LINK™ DFDF-5451 NT Faster Curing Ethylene-Silane Copolymer is a patent-pending advanced polymer with an entirely new molecular architecture for making electrical cables with unmatched performance and sustainability.
Paper industry has significantly contributed to deforestation, accounting for approximately 14% of global deforestation each year, additionally, paper consumption continues to rise, with an estimated 400 million tons of paper and cardboard being produced globally in 2020 alone. To put this into perspective,
Perhaps you or someone you know uses a cart, a dolly, a hand truck. Do you find yourself having to having to buy and keep all three units available for daily work or as needed?
Amnova is developing large format additive manufacturing hybrid systems.
The systems function like most typical cartesian 3D Printers. However, the physics of 3D Printing changes as one scales production volume. Using first principles, I recreated a system refined for large format production.
The objective of our entry is to fund a project where the Sunglass Fix Pty Ltd’s can recycle its by-products (waste) into an innovative and profitable product. Lens offcuts from our lens manufacturing business will be melted down and used to form sunglass frames made from this recycled material.
Existing three-dimensional (3D) printing technologies, whether polymer-based or metal-based, can only produce only-plastic structures or only-metal structures, which severely limits the application of additive manufacturing technologies (AM) in electronics such as IOT, ICT, and robotics. Electronic devices typically consist of both functional plastics and metals, including sensors and microactuators.
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