High-precision industrial models: Tangible engineering through professional 3D printing.
NY )
We are Arteico®LLC, We transform complex projects into detailed physical models for technical validation, commercial presentations, and industrial exhibition.
Our methodology.
- ( 001 )
CAD AUDIT
We optimize your files to ensure error-free manufacturing.
- ( 002 )
PRODUCTION PLANNING
We choose the ideal material according to your resistance needs.
- ( 003 )
3D PRINTING
We print your model with millimeter precision and industrial quality.
- ( 004 )
FINAL INSPECTION
We verify assemblies and functionality to deliver you a flawless piece.
- ( 001 )
CAD AUDIT
We optimize your files to ensure error-free manufacturing.
- ( 002 )
PRODUCTION PLANNING
We choose the ideal material according to your resistance needs.
- ( 003 )
3D PRINTING
We print your model with millimeter precision and industrial quality.
- ( 004 )
FINAL INSPECTION
We verify assemblies and functionality to deliver you a flawless piece.
Discover how we do it!
Years of experience in Design for Manufacturing.
Years of experience in Design for Manufacturing.
Years of experience in Design for Manufacturing.
Engineering projects for our 3D service.
Engineering projects for our 3D service.
Engineering projects for our 3D service.
Kg of filament converted into products.
Kg of filament converted into products.
Kg of filament converted into products.
Parts manufactured by our farm.
Parts manufactured by our farm.
Parts manufactured by our farm.
( HOW WE DO IT )
We create exact industrial models
We use advanced additive manufacturing equipment to achieve complex geometries that traditional methods cannot replicate.
Industrial Technology 3D
Arteico® Architecture
We use advanced additive manufacturing equipment to achieve complex geometries that traditional methods cannot replicate.
Industrial Technology 3D
Arteico® Architecture
We use advanced additive manufacturing equipment to achieve complex geometries that traditional methods cannot replicate.
Industrial Technology 3D
Arteico® Architecture
We select high-strength technical polymers and resins to ensure that your model withstands constant handling and displays.
Engineering Materials
Arteico® Architecture
We select high-strength technical polymers and resins to ensure that your model withstands constant handling and displays.
Engineering Materials
Arteico® Architecture
We select high-strength technical polymers and resins to ensure that your model withstands constant handling and displays.
Engineering Materials
Arteico® Architecture
We accurately translate your native CAD files with millimeter precision, delivering functional models that respect every detail of your engineering.
Uncompromising Precision
Arteico® Architecture
We accurately translate your native CAD files with millimeter precision, delivering functional models that respect every detail of your engineering.
Uncompromising Precision
Arteico® Architecture
We accurately translate your native CAD files with millimeter precision, delivering functional models that respect every detail of your engineering.
Uncompromising Precision
Arteico® Architecture
FAQ.
Simply send us your 3D files (STEP, STL, OBJ) or technical drawings. Our team will perform a technical feasibility analysis and provide you with a formal quote, along with material suggestions, in less than 24 hours.
Yes. We have optimized logistics for shipping final parts and prototypes to the USA, Spain, and all of Latin America. We manage tracking and industrial packaging to ensure that the engineering arrives intact at its destination.
We specialize in high-performance polymers such as Nylon 12 (SLS), carbon fiber-reinforced composites, TPU (flexible), and standard thermoplastics (FDM) optimized for end-use and mechanical strength.
Absolutely. Our infrastructure is designed for low- to medium-volume additive manufacturing, allowing us to produce anywhere from dozens to thousands of end-use parts without the high costs and lead times of traditional injection molds.
We can help you. We offer comprehensive 3D Design (R&D) and Scanning & Reverse Engineering services to digitize physical parts and optimize them for modern manufacturing processes.
Thanks to our Large Format systems and technical assembly techniques, we have no scale limits. We have manufactured everything from precision micro-pieces to monumental sculptures several meters high.
Intellectual property is sacred to us. We work under strict data security standards and are open to signing non-disclosure agreements (NDAs) before receiving sensitive engineering or hardware files.
We offer radical agility. We reduce time-to-market from months to days, enabling rapid iterations, total customization, and the elimination of costly inventory through on-demand manufacturing.
Simply send us your 3D files (STEP, STL, OBJ) or technical drawings. Our team will perform a technical feasibility analysis and provide you with a formal quote, along with material suggestions, in less than 24 hours.
Yes. We have optimized logistics for shipping final parts and prototypes to the USA, Spain, and all of Latin America. We manage tracking and industrial packaging to ensure that the engineering arrives intact at its destination.
We specialize in high-performance polymers such as Nylon 12 (SLS), carbon fiber-reinforced composites, TPU (flexible), and standard thermoplastics (FDM) optimized for end-use and mechanical strength.
Absolutely. Our infrastructure is designed for low- to medium-volume additive manufacturing, allowing us to produce anywhere from dozens to thousands of end-use parts without the high costs and lead times of traditional injection molds.
We can help you. We offer comprehensive 3D Design (R&D) and Scanning & Reverse Engineering services to digitize physical parts and optimize them for modern manufacturing processes.
Thanks to our Large Format systems and technical assembly techniques, we have no scale limits. We have manufactured everything from precision micro-pieces to monumental sculptures several meters high.
Intellectual property is sacred to us. We work under strict data security standards and are open to signing non-disclosure agreements (NDAs) before receiving sensitive engineering or hardware files.
We offer radical agility. We reduce time-to-market from months to days, enabling rapid iterations, total customization, and the elimination of costly inventory through on-demand manufacturing.
Simply send us your 3D files (STEP, STL, OBJ) or technical drawings. Our team will perform a technical feasibility analysis and provide you with a formal quote, along with material suggestions, in less than 24 hours.
Yes. We have optimized logistics for shipping final parts and prototypes to the USA, Spain, and all of Latin America. We manage tracking and industrial packaging to ensure that the engineering arrives intact at its destination.
We specialize in high-performance polymers such as Nylon 12 (SLS), carbon fiber-reinforced composites, TPU (flexible), and standard thermoplastics (FDM) optimized for end-use and mechanical strength.
Absolutely. Our infrastructure is designed for low- to medium-volume additive manufacturing, allowing us to produce anywhere from dozens to thousands of end-use parts without the high costs and lead times of traditional injection molds.
We can help you. We offer comprehensive 3D Design (R&D) and Scanning & Reverse Engineering services to digitize physical parts and optimize them for modern manufacturing processes.
Thanks to our Large Format systems and technical assembly techniques, we have no scale limits. We have manufactured everything from precision micro-pieces to monumental sculptures several meters high.
Intellectual property is sacred to us. We work under strict data security standards and are open to signing non-disclosure agreements (NDAs) before receiving sensitive engineering or hardware files.
We offer radical agility. We reduce time-to-market from months to days, enabling rapid iterations, total customization, and the elimination of costly inventory through on-demand manufacturing.
