Finishing
The quality finishes in end pieces and prototypes are very important. For this reason, we have specialized in the application of finishes, to obtain a realistic look in any type of piece.
The finishing processes are intended to ensure that the surfaces of the products meet the needs required by our customers in terms of appearance, texture and final behaviour for which they have been designed.
Nowadays the quality standards are increasingly demanding. For this reason, the finishes have become a first-line production process, since they make a difference in the final appearance of the pieces.
At Ineo we are specialists in a wide variety of finishes. We also have a human team with extensive experience in the sector and the most appropriate materials and tools to obtain the results that the client needs.
Purpose of surface finishes
- Achieve a positive impact on the user regarding the aesthetics of the product
- Get the same look as the final product
- Achieve the level of adjustment and proper assembly for the possible components
- Obtain different mechanical properties of the surface
- Protect against corrosion
- Modify the roughness
- Improve the level of sterility
We offer a wide variety of finishes that fit your needs
Painting
Glossy
Textured
Satin
Mate
Dye
Water Transfer Printing
Carbon fiber
Marble
Wood
Metallized
Chrome plated
Sandblast
Laser marking
Texts
Logos
Images
Pad printing
Additive manufacturing technologies available at Ineo
Stereolithography (SLA)
Additive manufacturing technology, through which pieces of epoxy resin are obtained with excellent reproduction of details and precision, which allow different surface finishes.
Laser Sintering (SLS)
Additive manufacturing technology that allows to obtain functional parts with an excellent mechanical behaviour that can be used for multiple applications.
Fused deposition modeling (FDM)
Additive manufacturing technology, through which parts with a variety of high-performance thermoplastics and approved materials for the aeronautical industry can be manufactured.
Vacuum Casting
Manufacturing technology that allows the reproduction of parts in polyurethane resin using a silicone mould. Rapid production of prototypes, low volume manufacturing and final parts.
CNC Machining
Manufacturing technology that allows parts to be manufactured by extracting material from a block. Said operations are carried out on Computer Numerical Control (CNC) machines.
Rapid Tooling
Manufacturing technology for the production of series of plastic and metal parts; Prototype Molds allow parts to be manufactured as a preliminary step to large-scale manufacturing.