Technology and transference
Since one of the main objectives is to have a multiplier effect on society in the form of scientific knowledge and transference, one of our main challenges is to increase all activity connected to technological production. In accordance with this principle, LaserON has registered patents with cross-sectional applications to the different strategic lines followed by the research group.
|Ceramic coatings produced by laser for the protection of metallic elements||ES: P9201060|
|Method for the osteointegration improvement for osseous fixation implants
With Erothitan Titanimplantate Ag i.G., Euro TRS, Klockner, Implantes AB y Bone System
|Silicon oxide coatings produced by silent discharge excimer lamp for the protection of metallic elements||ES: P9300890|
|Duplex coatings of Si/SiO2 produced by laser||ES: P9700026|
|Silicon nitride coatings produced by silent discharge excimer lamp||ES: P9301284|
|Laser processing of slate||ES: P9800391
|Biocompatible coatings produced by laser||ES: P9800392
|Method of cutting hybrid panels used to line motor vehicle interiors.
With Visteon Sistemas Interiores España, S.L.
|ES: 2 178 972B1
|Laser treatment method of the surface of granite slabs or similar
With DIGAFER, S.A.
|ES: 2 180 450B1
|Focusing nozzle for powder injection||ES: 2 278 521B1|
|Method of welding hardening carbon steels using a high-power diode laser||ES: 2 203 328B1
|Method for cutting ceramic pieces or elements||ES: 2 237 293B1
|Biphasic calcium phosphate and method for obtaining it from fish bones||EP07380400A1|
|Method for producing nanowires in ambient conditions and nanowires thus produced||ES: 2 223 290B1
|Method for cutting aluminum or its alloys by laser||ES: 2277529B1|
|Method and system for identification of selfish||EP 1 994 830 A1
WO 2009/141002 A1
|Procedure for generating microstructures by laser cladding
With FEGOBA, S.L.
|ES 2378056 B1|
|Method and apparatus for the rapid manufacture of functional parts of glasses and ceramics||ES: 2368079B1|
|Foam generation procedure using laser cladding||ES:2476142B1|
|Method for obtaining porous coatings by laser-assisted thermal projection||ES: 2360732B1|
|Method to produce nanoporous coatings in open air conditions||EP14193687.2B1|
|Method for the treatment of metal, ceramic or stone surfaces and surfaces that can be obtained using this method
WARTSILA IBERICA, S.A.
WO 2016/009103 A3
|Method for the production of superhydrophilic and superhydrophobic surfaces||ES:2597861B1|
|Method and device for generating continuous fibres having a nanoscale diameter and nanoscale fibres generated||ES: 2615388B1
WO 2017/077158 A1
|Method assisted by laser and high-intensity electric fields for the synthesis and collection of nanoparticles and the generation of coatings||ES: 2 689 393B2
WO 2018/206836 A1
US 11,148,945 B2
|Method for cleaning residues of chewing gum or derivatives||ES: 2802900 B2|
|Additive manufacturing method to produce structures of a beta-type titanium alloy with anisotropic elastic modulus and structures thus produced
|Method for welding dissimilar metal materials by means of laser
With Vigotec, S.L.
|Method for controlled corrosion guidance on a material or article to be treated by means of laser||P202130191