Technologies

Description

This system ensures the continuous supply of liquid nitrogen to the cutting zone, enhancing lubrication and cooling, while the gaseous phase creates an inert atmosphere. It improves tool longevity, surface integrity, and nitrogen efficiency, offering a sustainable alternative to conventional oil-based cooling methods.

Description

The hybrid system enables gradual introduction of the alternative “green” technology of the elastocaloric cooling and heating.

Description

The innovation involves the development of a revolutionary Ice Abrasive Waterjet Cutting (LAVC) technology, which includes a solution for generating ice particles and creating a stable system for introducing them into the high-speed water jet, allowing acceleration to the workpiece and extremely precise cutting.

Description

Invention enables achieving high level of efficiency compared to wide-area solutions and at the same time avoiding long-lasting and comprehensive re-setting procedures of existing UFLS protection schemes.

Description

We present an innovative product that partially replaces animal manure or commercial organic fertilisers, which are mainly used by gardeners, organic farmers, fruit growers, winegrowers, and hobby gardeners.

Description

The ischemic trainer is a device for muscle strengthening in physiotherapy and sports.

Description

The technology introduces a stable and cost-effective liposomal formulation enhanced with small amounts of archaeal lipids, significantly improving physicochemical stability, membrane properties, and shelf life while simplifying production compared to existing liposomal systems.

Description

This innovation leverages a panel of metabolic biomarkers and metabolite ratios for the accurate diagnosis of endometriosis, offering a fast, cost-effective, and reliable method using semi-invasive blood samples and scalable mass spectrometry analysis.

Description

This invention presents a microfluidics-based method for generating stable and uniform cross-linked enzyme aggregates without particle carriers, enabling highly efficient enzyme immobilization. The method reduces material consumption, enhances process control, and achieves up to 87% retained activity, with applications in continuous industrial processes using microreactor technology.

Description

This modular robotic platform automates greenhouse tasks like plant monitoring, crop yield prediction, and plant manipulation, offering precise localization, adaptable tools, and reliable detection of tomato ripeness and plant health, reducing labor costs and improving efficiency in crop production.