Area: Key Technologies

Innovative sustainable rotomoulding process and biomaterials for energy efficient automotive and toy products – ROTELEC

The aim of this project is to develop energy efficient plastic product processes, to manufacture high quality, eco-sustainable and low cost products. [...]

Financed

Research and development of a new generation of plastic materials for obtaining and manufacturing prototypes – PROTONEXTGEN

This project intends to investigate the practicality of using injection materials in the process of manufacturing prototypes of different additive manufacturing technologies. [...]

Financed

Manufacture of tooling through rapid manufacturing techniques, validation of experimental sintering technology – AIJUSLSV1

Continuing the line of research referring to Tooling for the auxiliary industry, the aim is to develop industrial tools for the manufacture of series, pre-series and production (electrodes, inserts, moulds and matrices) through additive manufacturing techniques within tooling workshops in the mould manufacturing stage. [...]

Financed

Rotobiomat – Development of biodegradable plastic formulations for rotational moulding processing

This project aims to develop new formulations of plastic materials with biodegradable properties for manufacturing items of small and large size by rotational moulding. The idea is that users of this technology can have alternatives to traditional plastics for manufacturing new products or can replace part of the plastic material by other materials with more environmentally friendly properties. [...]

Financed

Mastalmond – New Biodegradable and eco-friendly almond shell based masterbatches for traditional sectors

The goal of the MASTALMOND project is “to create and to test at preindustrial level new masterbatches (colour concentrates), based in biodegradable plastics and containing in its formulation a high percentage of almond shell, a natural waste material, which firstly will permit to cover technical requirements of two traditional industrial sectors, toy manufacturing and auxiliary furniture, although the results achieved could be extended to other industrial sectors”. [...]

New systems of decorating miniature toys through tampography – MINITAMP

The main aim of this project is to develop and optimise the process of decorating miniature toys with irregular geometry through the technique of tampography with costs similar to current costs, replacing in this way the use of adhesive labels. [...]

Financed

Development of new masterbatch formulations with natural residues. NATURMASTER

This project, led by the company IQAP and supported by PEREZ CERDA and INJUSA, intends to develop new high added value colour concentrates based on natural agricultural wastes (almond shell) with different thermoplastics for the market where there is little competition because of the high innovation value. [...]

Financed

Development of experimental machinery for Selective Laser Sintering (SLS) for application in Rapid Manufacturing in the toy sector – AIJUSLSV1

The main aim of this project is to develop our own technology (although initially experimental) so that Spanish auxiliary companies and industry can correctly apply and implement Rapid Manufacturing (RM) technologies and contribute the added value necessary to enable them to recover from the crisis and position themselves in the forefront of other European companies. [...]

Financed

Children’s playgrounds: correlation between physical-chemical parameters and the damping capacity of the surfaces. Requirements guide for the business sector – “SAFESURFACE

Requirements guide for the business sector - SAFESURFACE, with the aim of investigating and learning about current offers of rubber flooring mostly located and installed in playgrounds of our municipalities and to analyse the possible repercussions or factors (positive or negative) associated with the use and geographic location of these products. [...]

Financed

Development of a personalised product with the minimum amount of material and manufacture by additive technologies. MINIMAT

AIJU, in collaboration with AIMME and IBV, is developing a project with the intention of obtaining personalised products, reducing the amount of material employed to a minimum. The result would be achieved through use of additive manufacturing technologies with the support of specific topological optimisation software (via the use of MEF). [...]

Financed