Health and Well-being Industries

Alexandria plans to market a fully antimicrobial bottle that can be opened into two parts, following a logic of high environmental sustainability through an extended product life cycle.

It protects health and consumer drinks by killing bacteria, microbes, spores, and algae acting constantly over its entire surface with an effect that persists over time without ever expiring.

It requires no electronic components in order to operate because the action is passive.

Turingsense EU Lab was born as a catalyser and innovator in the area of engineering applied to human movement.

Turingsense EU Lab provides a research & development consultancy service for analysing human movement using wearable sensor systems.

Turingsense EU Lab works in close collaboration with their customers, all the way from definition of design specifications to final customized solutions.

Similla offer innovative digital solutions for the development of advanced materials in hi-tech applications.

Similla integrates virtual models, artificial intelligence, and big data in order to accelerate the design of materials and innovative processes for critical applications in sectors of significant technological impact like: advanced manufacturing, health (biomedical devices, biomaterials), energy (batteries and storage, solar power, etc.), the environment, and agri-food (sensors, etc.).

JEM Tech was born out of experience in operating theatres during doctorate teaching in Verona hospital.

A lack of assessment of cardiac kinetics was observed during surgical operations due to limitations in current technology.

JEM Tech therefore developed and built the first videocardiograph (VCG), a non-invasive medical device based on artificial intelligence (A.I.) capable of assessing the mechanical operation of the heart in real-time using only a video camera.

Respyra is a device purposely designed for eliminating viruses and bacteria from the air, while it is also effective for eliminating dust, odours, mould, fungi, and pollen.

Thanks to an innovative photocatalytic purification system it can decontaminate indoor air of all pathogenic agents and pollutants through an oxidization process at ambient temperature using the oxygen present in the air and with light produced by specific UV lamps.

Recover Ingredients converts by-products from the food industry into high added value materials for the production of innovative natural cosmetics and intelligent fertilizers for agriculture.

Our products are realized applying green processes, uniting high performance with high safety standards for the protection of consumers and the environment.

Cosmetics

The company was founded in 2017 from the idea of a pool of engineers with over 15 years of direct experience in the wholesale energy and environmental markets.

Its primary mission is to spread and uphold the policies of environmental sustainability though research, development, and the spread of innovative solutions (not only technological) addressing both energy consumers and operators.

It all started with a mission: “Help people achieve their aims and express their potential through healthy, eco-sustainable food that is available everywhere”. However, our dream was born long before, when we were looking for a way to solve a problem we shared with many others: FitNation was the logical result of this, providing the best healthy food, fresh and ready to eat, made to measure for your diet.

Hospitality Re-sign is an innovative start-up founded for the qualitative regeneration of tourist services in sustainable terms.

Starting from an analysis of existing tourist facilities, those in disuse, and buildings potentially usable for tourism, Re-sign proposes registration on a three quality level hospitality portal.

The core concept is an ad hoc certified restyling in an integrated, innovative, and certified "network" system.

ZENIT's business idea of Smart Polycrystals is based on the production and sale of polycrystals for the solid state laser (SSL) machine market.

Existing SSL systems have high manufacturing costs and the machines are heavy and bulky. These laser beams are generated by a single-crystal that heats up locally during laser emission, causing the temporary deformation of the crystalline cell, degrading the quality of the beam and reducing its efficiency.