Vacuum casting is the technology that allows us to reproduce pieces in polyurethane resin using a silicone mould. For the manufacture of this mould we use, generally, a first model of stereolithography (SLA). However, this technique allows us to use as a master almost any type of piece made with other technologies, such as laser sintering (SLS), molten deposition modelling (FDM) or machining (CNC).

We can produce short series of pieces with polyurethane resins whose characteristics (flexibility, transparency, resistance to high temperature, fiber loading, fire retardant -V0-) are similar to those of the final product: ABS, Polypropylene, Polycarbonate, etc. There are also polyurethanes with FDA approval suitable for food use.

Different types of surface finishes, such as painted, chrome, tinted or metallic, among others can be applied to the parts that have been manufactured using this technique.

Additive Manufacturing (3D Printing) technology through which pieces of epoxy resin with a high capacity for reproducing the details and an excellent precision are obtained.

It is the most appropriate technology when manufacturing the master model, to subsequently make silicone moulds or prototypes to verify the geometry and visual appearance of a product.

This technology, well considered for its precision and excellent surface finish, is used especially by technical offices, R & D departments and design centers of different industrial sectors.

Any kind of geometry can be made in Estereolithography with best accuracy. These parts are easy to polish and finish.

Material: epoxy-acrylic resin

Additive Manufacturing (3D Printing) technology that allows obtaining functional parts with an excellent mechanical behaviour.

At Ineo we have polyamide laser sintering machines (SLS), with which it is possible to build large format pieces in short delivery time. Likewise, we offer a wide range of services to improve the design and finishing of the pieces.