Area: Advanced Manufacturing Processes

Development of new biocompatible formulations for additive manufacturing in tissue engineering scaffold applications – BioScaff3D

New bio-compatible formulations are developed for additive manufacturing in scaffold applications to support bone growth and their internal structure is optimised to promote cell proliferation.

proyecto-trace4fake-antifalsificacion-aiju

Chemical markers to improve traceability of children’s products as a solution to anti-counterfeiting – TRACE4FAKE

Is it possible to manufacture children's products using anti-counterfeiting materials, and is it possible to do so while avoiding any toxicological risk to the user?
The implementation of chemical markers in the materials used for the manufacture of the children's product allows a product to be traced quickly and economically, through photoluminescent properties, among others, which can be modulated according to the specific needs of each company and/or product.

Development of high-frequency communications devices using advanced additive manufacturing and coating technologies – CAFTAM

Current radio communication systems are dealing with the progressive saturation of the electromagnetic spectrum which, together with increasing bandwidth requirements (transmission speeds), is forcing systems to migrate to higher frequency bands.

3D printer printing metal. Laser sintering machine for metal.

GVA 2021 I+D New materials of Metal additive manufacturing

The objective of this research line is to be able to offer companies new opportunities for the use of additive manufacturing (AM) technologies, through the development and application of new materials for AM.

New EDM electrodes manufactured with electrically conductive materials by Additive Manufacturing – EDM Additive

Reduce lead times and costs in the manufacturing of electrodes can highly contribute to improve the SMEs competitiveness. Moreover, additive technologies allow the manufacturing of more complex electrodes that can boost the manufacturing of more creative moulds and designs.

SAMT SUDOE “Spread of Additive manufacturing (AM) and advanced materials Technologies for promoting industrial KET (Key Enabling Technologies) in plastic processors and mould industries within SUDOE space –SAMT SUDOE”

SAMT SUDOE “Spread of Additive manufacturing (AM) and advanced materials Technologies for promoting industrial KET (Key Enabling Technologies) in plastic processors and mould industries within SUDOE space –SAMT SUDOE” [...]

Development of formulation to reduce the effect of PAHs in the raw materials of child products.

Polycyclic aromatics hydrocarbons (PAH) are composed by the incomplete combustion and the pyrolysis of the organic material. Both natural sources (forest fires, volcanic eruption, etc.), and anthropogenic sources (vehicle emissions, catalytic oil cracking, industrial combustions of fossil fuels, etc.) contribute to the release of PAH in the environment. [...]

Financed

USERM – IMPROVING TRADITIONAL PROCESSES THROUGH THE SEARCH AND INCORPORATION OF NEW RAPID MANUFACTURING APPLICATIONS

Rapid manufacturing techniques are strongly penetrating the market, particularly in the plastics sector and that of moulds. Techniques of rapid tool manufacturing or Rapid Tooling are becoming very important in this field and in the field of production of single metal items, metal inserts and parts of moulds. [...]

TUSACT – Adhesive technologies in sectors with high technology component

The main aim of the UNIT "Adhesive technologies in sectors of high technology component" is in combining the interests of various industrial sectors and research centres to establish, in the Region of Valencia, the technology infrastructure necessary to jointly carry out research and specific developments on adhesive technologies across the whole range: adhesives, coatings, paints, etc. as well as on novel surface treatments involved in processes of bonding of materials, applications of paints, coatings, etc. [...]

Financed

ADDITIMOULD – Development of nanocomposite moulds for short series of injection moulding through additive manufacturing

The aim of this project is to develop short life injection moulds using additive manufacturing technologies that would enable an significant reduction of cost and time compared to conventional manufacturing techniques. Additive manufacturing techniques to be used during this project will be Laser Sintering and photopolymerisation by ultraviolet light (polyjet 3D printing), which are commonly used for the development of prototypes and pre-series of plastic products from simple polymeric materials. [...]

Financed