Work-Packages (WP)
The Work-Packages (WP) section on the INOV.AM website details the groups of related tasks within the INOV.AM project. Each WP addresses specific technical-scientific challenges to facilitate operational management, ensure task execution, and achieve expected results. The page includes descriptions of initiatives like WP1 Hybridization, WP10 PIMMach, and WP16 AM Ceramic, highlighting innovations and outputs in areas such as hybrid molds, additive manufacturing, and digital transformation. Information on the enterprises and entities involved with each WP is also provided.
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WP1 – Hybridization
This project aims to introduce additive manufacturing in integrated production cells to enhance the technological conjunction in order to enable the industry to develop hybrid…
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WP2 – Hybrid Molds for Polymeric Products
The idea of this project is to create a productive tool from the combination of different technologies and materials, with the aim of obtaining polymeric…
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WP3 – Hybrid Molds for High Performance Products
Technology is constantly evolving, always requiring new components to keep up with market developments. The injection molding process has been one of the most widely…
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WP4 – MOLD5G
In the injection molding sector, additive manufacturing is predominantly used in producing molding inserts (components that give the product its shape), which are made from…
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WP5 – Large Dimension Products
The development of products for application in harsh environments requires the use of specific materials with complex processing parameters, which have been widely studied and…
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WP6 – Training Academy
A successful transition to Additive Manufacturing (AM) will require new STEAM skills to fully leverage its potential. Currently, it is challenging to find human resources…
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WP7 – Comfort and Safety Products for Sports of Leisure and Competition
This Work Package (WP) aims to integrate additive manufacturing technologies into the 2-wheel vehicle industry, covering both leisure and competitive sports. The goal is to…
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WP8 – Laser Reconstruction
This project will develop integrated metal (re)construction equipment for a specific target scenario: multi-cavity molds in the medical sector (with parts up to 50 mm).…
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WP9 – Nonplanar.DED
The use of Additive Manufacturing (AM) in metal processes enables the construction of optimized components that add significant value across the manufacturing chain. The goal…
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WP10 – PIMMach
In an increasingly competitive global market, companies are focusing on the fast and effective development of new products to meet evolving demands and maintain competitiveness.…
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WP11 – Selective.Powder
Additive manufacturing (AM) processes capable of processing metals allow for the construction of highly complex components. However, these processes often require specific material properties and…
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WP12 – MoldPrint.XL
The development of additive manufacturing (AM) technologies has been a major focus in recent decades, with further growth anticipated in the years ahead. This expansion…
