TechConnect Innovation Showcase
- Showcase Participants with Maturity: Prototype
Nanowire single molecule diagnostic platforms for 10X-100X increase in sensitivity at the same cost
We use a proprietary low cost manufacturing process to produce GaP nanowire diagnostic platforms. The nanowires act as optical waveguides directing and enhancing the signal from targeted disease biomarkers. We will use this technology to revolutionize diagnostics via sequencing and biomarker detection.
Selective Area Direct Atomic Processing (μSADALP™) / Nanofabricator™
ATLANT 3D Nanosystems is a global pioneer combining unique advanced technologies from microfabrication and advanced manufacturing to enable atomic layer 3D printing.
CERIC-ERIC/ MyCol d.o.o., spin-out of National Institute of Chemistry-CERIC´ Slovenian Representing Entity
Basovizza, Trieste, Italy
www.ceric-eric.eu , http//www.mycol.si/en/frontpage-en/, https://www.ki.si/en/
Visual Control of Temperature Changes
MyCol uses innovative substances and processes to manufacture its products. The colour change technology is based on special dyes. Together with other components and a specific topology it enables the production of inks that irreversibly colour at specific target temperatures with narrow tolerances. Only environmentally friendly components are used.
QURe- : Laser Electron Accelerator for Radiotherapy
Prototype of a radiotherapy device based on new laser electron accelerators in SeaShell delivery configuration. Technology patented in EU and US, alfa-prototype working with ALLEGRA laser at ELI-Beamlines. Beta-prototype for clinical trials fully designed and reaching out to investors.
RoSEN
With the help of RoSEN (Robust (hyper)Surface Extraction Prodecures in N Dimensions), data sets of multiple dimensions can be analyzed for similar data features. The resulting hypersurfaces of equal characteristic values can be identified and visualized, which enables a further digital processing in algebraic, numeric or graphical sense.
Active materials technology for Co-free sustainable batteries
A package of innovative materials technology for production of Co-free cathode materials and carbon anode materials from renewable sources for Li-ion batteries energy storage systems. Thanks to secured sustainable raw materials and energy efficiency processes, cell cost level below 100$/kWh is expected with lower carbon footprint.
NEW METHOD AND DEVICE FOR ATMOSPHERIC PLASMA FLOW GENERATION
The new method and device for obtaining high –energy repetitively pulsed plasma flows at atmospheric pressure have been elaborated. Generated plasma flows with velocity 2-4∙ 103 m/s and temperature up to 15 -20·103 K make it possible to accelerate powder particles in the air up to 1,5-2,5 ∙103m/s.
New laser cladding method and system with conical beams
For separated heating of deposited material and surface the method of cladding using conical laser beams has been elaborated. Initial circular laser beam is divided into two annular beams . Annular beams are transformed to conical beams , which are focused separately on the surface and on the deposited material .
NEW METHOD AND MACHINE FOR SELECTIVE LASER MELTING OF MULTI-MATERIAL PARTS
Method and machine for multi-material parts production has been elaborated , where recoating systems with roller or blade are used. The narrow fractions of powders of various materials are used with different particle size and special algorithm of powder recoating
Vertical nanowire transistors
NordAmps developed nanowire transistor technology targeted for high-frequency wireless communication and advanced processor applications. Our elegant transistor design combines the best of two worlds—the high performance of III-V materials in a scalable technology with the economy of scale supported by silicon CMOS manufacturing.
A Digital Approach to assist in the treatment of Substance Use Disorder
Using health records and wearable data, OpiAID personalizes addiction treatment.
SIMAGORA marketplace
A marketplace offering virtual experiments in chemistry, physics and engineering that help companies to reduce and focus physical experiments when they develop products and they want to care about their impact on environment and society. These virtual experiments are developed by the international scientific community.
Accelerated Materials Innovation Through Machine-Learning Assisted Atomistic Modeling
Brief Description of Technology in layman’s terms: Enabling companies to develop new and better materials more quickly through combining atomistic simulations with machine learning. Finding the best candidates for the desired properties more quickly saves time and wasteful resources.
Fast and Intelligent Curing of Composites by Joule Effect (CURMECETT)
The proposed technology allows optimal curing of high-performance composites by heating the workpiece from the inside by passing an electric current through some of the conductive fibers (usually carbon fibers) present in these composites. More homogeneous, efficient and faster curing is obtained than with any other method.
Thin layer photoreactor
A thin layer photoreactor is a device used to: (i) remove pollutants; (ii) inactivation of bacteria;(iii) CO2,biomass phototransformation; (iv) hydrogen photogeneration using photocatalytic processes.The device is characterized by the uniqueness of operation, innovative nature of photoactivity (use of low-energy irradiation source)and effectiveness of the method.
