Funding

This technology will present a new avenue of “wearing liquid”. It will provide unprecedented opportunities in apparel, personal care, hygiene and logistics industries with textile-based materials integrated with advanced liquid-handling ability.

A flexible knitted circuit solution with potential applications in health and sports tech wearables. Circuits are knitted into fabric providing unrivalled breathability and flexibility that greatly improved the user experience compared to traditional wearables.

Digital Gastronomy is committed to providing the best quality of food and service to improve the quality of life of our elderly community in Singapore. Digital Gastronomy seeks to heighten the dining experience for dysphasia patients in elderly homes and hospitals. Our 3-D food printing technology provides various delicious, nutritious and visually appealing meals, catering for patients’ dignity.

An advanced multi-material 3D Printer which offers a high-resolution printing system that can print complex geometries with intricate textures up to 100 microns in resolution. In addition, the 3D Printer’s user-friendly hardware, software, and user interface facilitates fast design iterations of complex features to create bespoke components that otherwise would require a great deal of expertise to fabricate.

The rapidly escalating global CO2 levels arising from essential economic and human activities result in dangerous global consequences—significant efforts in decarbonization focus on point-source carbon capture. CarbonBits aspires to contribute to decarbonization in urban spaces through distributed direct air capture. Not deterred by the considerably more dilute carbon concentration outside of point sources, CarbonBits views that “every bit” of carbon counts.

The De-Carbonizer, a 1st generation low footprint device that captures and releases CO2 on demand, has been developed. This pioneering technology seeks to expand the circular carbon economy by closing the loop between capture and utilization. Our product is based on a proprietary material that requires less space and energy and is versatile enough for ready integration into urban or confined spaces. The possibilities for this technology are endless – including air quality management, urban farming, carbon trading and much more.

Tensile Ventures is a start-up that develops aesthetically unique, free-spanning membrane structures. Leveraging research from the Singapore University of Technology and Design (SUTD), the company creates design tools and unique structures with digital simulation and design tools. We work with established partners to produce highly customizable shelters for events, recreation, and other applications using patent-pending Membrane Tensegrity Shell structures and in-house design-to-fabrication workflow.

A passive suction enhanced nose pads for spectacles.

The technology to control the environment and conditions in which different plant species are grown, by the amateur and the commercial farms

Hybrid Adhesives introduces a groundbreaking adhesive that can bond silicone rubbers to a wide range of materials that were previously considered incompatible, addressing a longstanding challenge in various industries and providing a crucial breakthrough for the development of complex multi-material products.

It is also engineered to be fully compatible with additive manufacturing (AM) technologies, enabling the design and production of advanced, multi-functional products across various sectors such as healthcare, electronics, construction, and automotive, among others.