Fabricación aditiva
Fabricación aditiva
MULTI-AXIS ADDITIVE MANUFACTURING USING REACTIVE COMPOSITIONS
02/09/2026 -
The present invention relates to the use of a curable polymeric binder composition for the manufacture of 3D articles by an additive manufacturing process comprising applying the curable polymeric...
METALLIC GLASS POWDER, ADDITIVELY MANUFACTURED BODY, AND ELECTRONIC DEVICE
02/09/2026 -
[0001] A metallic glass powder for use in powder bed fusion type additive manufacturing contains: Cr in a content of 10.0 atomic% or more and 20.0 atomic% or less; Mo in a content of 10.0...
METHOD FOR CALIBRATING AN APPARATUS FOR MANUFACTURING AN OPTICAL ELEMENT AND METHOD AND APPARATUS FOR MANUFACTURING AN OPTICAL ELEMENT
02/09/2026 -
[0001] The application relates to a method for calibrating an apparatus (10) for the additive production of an optical element, in particular a spectacle lens, in a printing process by applying...
MULTI-AXIS ADDITIVE MANUFACTURING USING REACTIVE COMPOSITIONS
02/09/2026 -
The present invention relates to the use of a curable polymeric binder composition for the manufacture of 3D articles by an additive manufacturing process comprising applying the curable polymeric...
MULTI-AXIS ADDITIVE MANUFACTURING USING REACTIVE COMPOSITIONS
02/09/2026 -
The present invention relates to the use of a curable polymeric binder composition for the manufacture of 3D articles by an additive manufacturing process comprising applying the curable polymeric...
METHOD FOR CALIBRATING AN APPARATUS FOR MANUFACTURING AN OPTICAL ELEMENT AND METHOD AND APPARATUS FOR MANUFACTURING AN OPTICAL ELEMENT
02/09/2026 -
[0001] The application relates to a method for calibrating an apparatus (10) for the additive production of an optical element, in particular a spectacle lens, in a printing process by applying...
METALLIC GLASS POWDER, ADDITIVELY MANUFACTURED BODY, AND ELECTRONIC DEVICE
28/08/2026 -
[0001] A metallic glass powder for use in powder bed fusion type additive manufacturing contains: Cr in a content of 10.0 atomic% or more and 20.0 atomic% or less; Mo in a content of 10.0...
MULTI-AXIS ADDITIVE MANUFACTURING USING REACTIVE COMPOSITIONS
02/09/2026 -
The present invention relates to the use of a curable polymeric binder composition for the manufacture of 3D articles by an additive manufacturing process comprising applying the curable polymeric...
MULTI-AXIS ADDITIVE MANUFACTURING USING REACTIVE COMPOSITIONS
02/09/2026 -
The present invention relates to the use of a curable polymeric binder composition for the manufacture of 3D articles by an additive manufacturing process comprising applying the curable polymeric...
DRY-MIX CEMENTITIOUS COMPOSITION AND MORTAR FORMED THEREFROM FOR ADDITIVE MANUFACTURING OF MULTI-LAYERED STRUCTURES
27/08/2026 -
The present technology relates to a dry‑mix composition for additive manufacturing, the dry‑mix composition comprising at least one cementitious binder, at least one filler comprising fine...
ADDITIVE MANUFACTURING WITH A DUAL-CURING RESIN
27/08/2026 -
[0000] The disclosed technology provides an innovative dual-curing resin that enables additive manufacturing of robust, high-temperature resistant, and high-precision structures (e.g.,...
MOF SHAPING USING 2 OR 3 PHASE TECHNOLOGY
27/08/2026 -
This disclosure provides compositions, systems and methods for adsorbing contaminants, e.g., in food containers, drug packaging and drug delivery devices, using polymers entrained with...
A UNITIZED LIGHT WEIGHT THREE DIMENSIONALLY PRINTED AIRCRAFT STRUCTURE
27/08/2026 -
An aircraft wing structure includes a wing box substructure and spar caps. The wing box substructure may include one or more structures. Each of the structures may include spar webs, rib portions...
ACTIVATION METHOD
27/08/2026 -
The purpose of the present invention is to activate powder particles for use in powder-based 3D printers by achieving a balance between maintaining a spherical shape and reducing oxides. An...
THREE-PHASE SYSTEM-BASED 3D PRINTING MATERIAL, 3D PRINTING FILAMENT, AND 3D PRINTING METHOD
27/08/2026 -
Provided in the present description is a three-phase system-based 3D printing material, comprising a first crystalline polymer, a second crystalline polymer and a third phase polymer. The second...
A METHOD FOR REDUCING LEACHING OF INORGANIC OXIDES DURING TREATMENT WITH AQUEOUS MEDIA
27/08/2026 -
The present application relates to a method for controlling the leaching of inorganic oxides in aqueous media by mixing them with organic thermoplastic polymer and utilizing selective laser...
METHOD AND SYSTEM FOR MULTI-MATERIAL 3D PRINTING
27/08/2026 -
A manufacturing system is configured to control a 3D printing process and a selective metallization process of a part, the part being on the build platform during the 3D printing process and...
SLURRY-BASED ADDITIVE MANUFACTURING DEVICE AND ADDITIVE MANUFACTURING METHOD USING SAME
27/08/2026 -
The present invention relates to a slurry-based additive manufacturing device and an additive manufacturing method using same, the additive manufacturing device including a frame unit, a bed unit,...
CARBON STEEL POWDER FOR POWDER SINTERING TYPE ADDITIVE MANUFACTURING
27/08/2026 -
The present invention relates to: carbon steel powder for powder sintering type additive manufacturing, the carbon steel powder comprising: 0.01 to 0.1 wt% of carbon (C); 0.01 to 0.5 wt% of...
MANUFACTURING CEMENTITIOUS BODIES ON FLOATING PLATFORMS
27/08/2026 -
In a general aspect, floating platforms are described for manufacturing cementitious bodies. In some aspects, a floating shiplift includes a deck having deck caissons that are coupled to each...
A METHOD FOR REDUCING LEACHING OF INORGANIC OXIDES DURING TREATMENT WITH AQUEOUS MEDIA
27/08/2026 -
The present application relates to a method for controlling the leaching of inorganic oxides in aqueous media by mixing them with organic thermoplastic polymer and utilizing selective laser...

