Prototype Manufacturing

Vacuum lamination of carbon fibre and glass, bonded with epoxy resins, forms parts of great strength, great adaptability to curved shapes, seamless and extremely light. 

Silicone moulds for the vacuum casting of prototype parts or short runs, in polyurethane resin from a master part machined in ABS, PMMA, PC or others. 

Vacuum casting of PU for pre-series or prototypes in polyurethane with different properties for the industrial and automotive sectors.

Manufacture of PU foams, to work flexible parts with soft or low density elastomers for different uses and with multiple final finishes.

Plastics. Metals. Foams.
Subtractive manufacturing by Computer Numerical Control allows various operations to be carried out, such as incision, drilling and milling by means of cutting tools that use predefined trajectories to sculpt the part. The controlled and precise cutting movement on the part allows complex shapes to be created with high precision and repeatability with tight tolerances and high quality surface finishes.

Wood. Foams. Plastics. PU and epoxy boards. Large-format subtractive manufacturing using Computer Numerical Control makes it possible to sculpt voluminous parts with high precision. Based on programmed digital toolpaths, the cutting tools perform controlled incisions, drilling, and milling operations that faithfully reproduce the original model. 

5000 × 2500 × 1000 mm

Highly resistant and adaptable, polyurethane is one of the materials with the greatest number of application and innovation possibilities. We develop it in rigid format, especially suitable for automotive parts.

Plastic. Metal. Resin. Carbon fibre
Stereolithography. Laser Sintering. FDM. Multi Jet Fusion
For the construction of three-dimensional objects layer by layer from digital data with different materials and printing technologies. Additive manufacturing allows the production of highly customised parts, complex designs and optimised geometries, as well as reducing development times. 

Especially suitable for the production of plastic components, thermoplastic materials are polymers that are malleable to temperature changes through the application of radiant or convection heat in an oven or heat press, facilitating their perfect adaptation to moulds and dies by means of vacuum or pneumatic pressure.

Rotational moulding is a technique used in the manufacture of industrial parts, especially in the production of large, hollow objects. The mould, made of aluminium or steel, is placed in a rotating device that rotates on multiple axes to ensure uniform distribution of the material to the mould walls.