RESULTS
A total of 10 individual SME-led projects were awarded financial support from the 3DP PAN EU project to conduct the proposed activities. Within these 10 projects, there is involvement from a total of 10 SMEs from five different Member States, as well as 21 Facility Centres based in 10 different Member States. The different project consortia have been highlighted using different coloured pins on the interactive map which provides insight into the geographic coverage which has been realised through the Call for SMEs. More specific information on each of the awarded projects can be found below.
Our Projects
AGRIAM
DED-arc manufacturing of highly customized functional injection moulds to produce thermoplastic parts for agricultural machinery, optimising for weight reduction and forest fire prevention.
3D Construction printing for marine and terrestrial applications
The project aims to develop ecologically efficient marine & terrestrial 3D construction products and uptake of new 3D printing solutions.
Development of a tibial tray implant with lattice structure
Developing and validating a new patient’s specific 3D printed orthopedic implant for Total Knee
Demonstrating Hybrid Automotive suspension components
This project will demonstrate the potential of 3D Printed Metal inserts for suspension components, combined in ThermoPlastic Composi
E-LLUM
The project will work on improving the current E-LLUM Thermal Vector Exchangers which are currently manufactured through subtractive manufacturing and therefore face several limitation (in terms of for example, temperature control).
3DPHYSUS
The 3DP HYSUS project will test and validate the feasibility of a novel hybrid materials technology for a structural component of a sports car, in which the inserts will be made by metal Additive Manufacturing and the surrounding material will be made of a thermoset carbon fibre, providing unique final properties.
GRIPP3D
The GRIPP3D project is focused on implementing Additive Manufacturing / 3D Printing technologies in the fabrication of lightweight, flexible and sensor functionalised flanges and grippers.
INSECTAM
INSECTAM will allow for the design and manufacture, through additive manufacturing, of the tools necessary in the massive insect rearing farms, as a new protein source for food and feed, new bio-co
3DVLE
By leveraging metal Additive Manufacturing (AM) processes and technologies, the aim of the project is to improve the performance of a double vortex liquid thruster based on HTP/kerosene for space a
3DHX - 3D Printed Smart Heat Exchanger
Within 3DHX, the consortium will develop, test and validate a new design and production workflow, a ‘smart’ innovative methodology enabling the reduction of time and cost of our existing
