Precision Model Making and Architecture
Advanced manufacturing of high volumetric definition models, facade replicas, and complex structures through additive technologies and precision machining for architectural and institutional projects.
In the fields of contemporary architecture, urban planning, and heritage conservation, the physical materialization of a project requires absolute geometric rigor. At Ineo, we provide specialized solutions in model making and precision architecture, transforming complex BIM models and CAD files into high-fidelity volumetric replicas.
Dedicated exclusively to professional environments—such as architecture studios, real estate developers, cultural institutions, and engineering firms—we combine the versatility of industrial additive manufacturing with other manufacturing technologies. This allows us to reproduce complex textures, intricate volumes, and ornamental details to scale with millimeter tolerances, guaranteeing a high-impact visual communication resource for competitions, museum exhibitions, structural validations, or high-level commercial presentations.
Scale technical models for automated machinery and vehicles
We manufacture large-format precision static replicas (such as 1:4 scale) for industrial machinery, intralogistics systems, and automated vehicles (AGV/AMR). We optimize original engineering files by combining additive manufacturing and advanced post-processing to faithfully emulate chassis, optics, and corporate finishes without integrating motor components. This solution allows global corporations to showcase their technological innovations at international trade fairs and showrooms, guaranteeing a high-visual-impact pre-sales tool that drastically optimizes technical transport logistics.
Volumetric models for showrooms
We manufacture large-format precision static replicas (such as 1:4 scale) for industrial machinery, intralogistics systems, and automated vehicles (AGV/AMR). We optimize original engineering files by combining additive manufacturing and advanced post-processing to faithfully emulate chassis, optics, and corporate finishes without integrating motor components. This solution allows global corporations to showcase their technological innovations at international trade fairs and showrooms, guaranteeing a high-visual-impact pre-sales tool that drastically optimizes technical transport logistics.
Industrial model making and infrastructure replicas
Civil engineering projects and industrial plants require physical representations that facilitate the understanding of operational flows and complex spatial layouts. We manufacture scale replicas of critical infrastructure such as energy complexes, chemical processing plants, or mass transit networks. These models integrate piping sections, electromechanical components, and internal structural details exposed through technical cross-sections with total precision, serving as indispensable tools for operational personnel training, risk prevention, and the validation of logistics projects.
Technical prototyping and scaled BIM modeling
We bring your digital projects to physical reality from the BIM (Building Information Modeling) environment, ensuring an exact transition from the CAD file to the final volumetric model. Our technical team analyzes the project's data structure to adapt it to the requirements of additive and industrial manufacturing, eliminating geometric inconsistencies and simplifying complex meshes without losing resolution. The result is scale prototypes that allow the verification of unique building component assemblies, the study of aerodynamics or the behavior of complex roofs in wind tunnels, and the assurance of non-standard geometry viability.
Advanced Technologies Applied
We transform your projects by combining high-precision 3D printing and other manufacturing technologies that optimize every detail of technical manufacturing and scale modeling.
Thermoplastic polyurethane laser sintering (SLS TPU)
Additive manufacturing via laser on functional elastomer powder, allowing the production of biological replicas and flexible structures with mechanical properties similar to rubber. An ideal technology for anatomical, viral, or cellular models intended for interactive museum exhibition, where high resistance to contact wear and precise geometric flexibility are required.
Industrial stereolithography (SLA)
Additive technology based on photopolymerizable resins, ideal for reproducing ornamented facades, micro-detailed textures, and transparent components with smooth surface finishes and micrometric precision tolerances.
Multi Jet Fusion (MJF)
Powder bed fusion additive technology using binding agents and detail lamps, which allows obtaining robust architectural structures, complex lattices, and internal geometries without the need for supports. Ideal for highly durable volumetric models and articulated functional parts with a highly isotropic surface finish.
Technical and engineering surface finishes
Advanced post-processing processes that include two-layer priming, technical grain texturing, corporate satin paint (according to RAL/Pantone standards), metallization, and polishing. Essential treatments to eliminate any microroughness from additive manufacturing, emulate metallic or injection-molded plastics, and guarantee an impeccable aesthetic and industrial finish.
Certificate ISO 9001:2015
Registration Number: 0.04.18119
TÜV Rheinland Ibérica Inspection, Certification & Testing S.A.
Benefits for the Architectural Sector
Absolute geometric precision: Exact mathematical translation from the digital BIM/CAD environment to the physical plane, ensuring the perfect correspondence of scales, axes, and design modulations.
Optimization of tendering times: Drastic reduction of delivery times compared to traditional artisanal methods, key to meeting deadlines for international competitions.
Structural strength and durability: Use of stable engineering materials that prevent deformations caused by temperature or humidity, guaranteeing the model's longevity in long-term exhibitions or frequent transport.
Project modularity: Design and manufacturing of sectional and interchangeable structures, facilitating the visualization of internal layouts and enabling efficient technical maintenance of the model.
Use Cases / Applications
Replicas for museography and historical heritage: Production of scale facades and sections for interpretation centers and archaeological exhibitions, allowing tactile interaction for educational and conservation purposes.
Civil engineering and public works models: Physical scale representation of viaducts, hydraulic dams, railway junctions, and airport terminals for the validation of visual impact studies and territorial planning.
Showroom models for real estate promotion: Creation of large-scale residential complexes with neutral or realistic chromatic finishes for integration into premium project sales offices.
Urban planning and territorial models: Integration of complex topographies through large-volume machining for the analysis of general urban planning schemes and Smart Cities development.
Frequently Asked Questions (FAQs)
Get your technical questions answered about our manufacturing processes.
Our engineering department processes digital files and performs a constructive feasibility analysis. We eliminate excess non-visible data, correct surface intersections, and adapt wall and floor thicknesses to the requested scale to ensure the physical model's solidity during 3D printing or CNC machining.
Do you have a unique construction project that requires maximum geometric fidelity?
At Ineo, we develop advanced manufacturing solutions for the most demanding architecture and engineering projects. Contact our technical engineering team to analyze your BIM/CAD model, evaluate the optimal scale, and request a detailed technical quote for your next competition or corporate exhibition.
INEO PROTOTIPOS S.L.
C/Avenc del Daví, 6 Pol.Ind.Can Petit
Terrassa, Barcelona 08227
Tel. +34 937 337 000
Email: contact@ineo.es
Web: https://www.ineo.es