• 35 Strada Lacului , Măgurele 077125, Romania
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IMG_20181017_1229194
IMG_20191024_1218004
WP_20170920_14_24_21_Pro_LI
COBIOPHAD

COBIOPHAD

COBIOPHAD was a three and a half year Horizon 2020 project to create a highly innovative, compact disc-based system for improved diagnosis of allergy to antibiotics.

In the EU alone, around 2.5 million people are allergic to β-lactam antibiotics (BLCs) and this figure increases every year due to excessive drug intake.

The COBIOPHAD project targeted the development of a highly sensitive, selective, and multiplexed diagnostic device to provide a quick and inexpensive in vitro test. The test integrated multiple key enabling technologies [KETs] including photonics, use of advanced materials, opto-electronics, and bio-analytical tools.

A sophisticated cloud-based data networking and management system provides allergy decision support to medical staff in clinics and hospitals across the whole of EU28 and beyond.

Using this system, the consortium aims to improve the appropriateness of antibiotic prescriptions which in turn will contribute to the sustainability of healthcare systems and improve the health status and quality of life of millions of European citizens that suffer with BLC allergies.

Project homepage

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Shooting simulator
Shooting Simulator
Shooting simulator

SHOOTING SIMULATOR

The shooting simulator ensures a functional advantage by providing a real recoil effect.

• Gun shooting training without consumption of cartridges and the risks of unanticipated events.
• Realistic simulation of the actual operation of the gun in firing real regime, including kickback.
• Simulation of realistic sound effect of the shooting.
• Easy to place in small enclosure, several times smaller than a real polygon.
• Numerical displaying of targets and simulating the effect of shooting by displaying spot kick.
• PC application for managing drawing on four lines (target types, shooting parameters, shooting control, simulated strike by laser illumination capture, storage and processing results).

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Riddler

Riddler

The Riddler robot weighs 80 kg with stow dimensions of 730 mm x 444 mm x 440 mm (LxWxH). Riddler can be put into the boot of a car for quick or discrete transportation. Ability, size and price make Riddler a cost effective solution for smaller security and bomb disposal units.

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