A collection of case histories of successful collaborations between High Technology Network Laboratories and businesses. These are tangible and customisable examples of the application of new technologies, products, or services that show how industrial research can meet the needs of innovation.

Results: 5

Design and development of a YSZ coating to functionalize the abutment surface for dental prosthesis

YSZ coating improves aesthetics and reduces allergy risk, offering a translucent, gum-like finish.

The YSZ (yttria-stabilized zirconia) coating was developed for titanium abutments in dental prostheses to enhance aesthetics and reduce potential allergic reactions. Applied through reactive magnetron sputtering deposition via the PVD-PECVD Centurion...

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Biomechanical assessment of sport movements

360-degree analysis of a sports shoe (motor work and perception of effort)

In order to compare sports performance of athletes using different sports equipment, the laboratory provides biomechanical, bioenergetic and physiological assessment during sports movements such as running and walking. Available instrumentation...

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Development of HVOF sprayed NbC-based coatings

Promising coatings for applications that require a balance of wear resistance and corrosion

Niobium carbide (NbC) has long been employed to produce bulk hardmetals, e.g. for cutting tools, but practically it has not been investigated as coatings. This contribution provides an overview of our research with NbC-based coatings with Ni- and Fe...

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Functional polymeric biomaterials from electrospinning: nanofibres for tissue engineering

Electrospun supports for repairing biological tissues

The use of three-dimensional supports (scaffolds) as a guide to cellular growth in culture, fosters considerable hopes in the field of regenerative medicine. The electrospinning technology makes it possible to produce nanofibrous scaffolds able to...

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Flexible and modular automatic machines

High-performance pharmaceutical-sector automatic machines

In innovative-design automatic machines, the motion laws of the end-effectors (EEs) may be varied by programming motion profiles imposed by electrical drives. However, EEs normally have one degree of freedom only and cannot change the type of...

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