3. BIM-Lab.net srls is an innovative Start Up, born from the passion for the construction world and new technologies
related to visualization, design and management of engineering works.
Our team - which is consist of experienced professionals of AEC sector - has concerned about integrated and
multidisciplinary design in the fields of architecture, engineering, installations and infrastructure works for years,
as well as with management and Facility Management in the BIM environment.
We construct your idea, and shape your concept, combining the most advanced Information and
Communication Technology with our professionalism to ensure the quality of the final result.
Who we are
4. BIM-Lab.net Team provides a wide range of specialist consultancy services for the players of the construction industry.
Designers, entrepreneurs, project and facility manager, but also public administrations, stakeholder, companies and
manufacturers, indirectly involved in the creation creation of a work, will find in BIM-Lab.net the ideal partner that suits their
needs. Consultation, training, research, for a complete professional coaching all-around.
What we do
BIM Design support
Switching to BIM has never been so easy!
BIM sustainable design
BIM for conscious and environment friendly design
Scan to BIM
Knowing the existing Heritage for modelling
BIM 4 FM
Manage in a smart way the lifecycle of a building
SLA e DPL rapid prototyping
See your idea first-hand!
Planning and construction site set-up
The total control of the project, from the time to the cost
BIM and digitalisation
Oper up to new business and opportunities, digitalize
your products
As-Built
An โas builtโ model for an accurate control of geometric and
informative construction
BIM for infrastructure
Implement major projects
Preparation in call for tenders and BIM-Based improvements
BIM into public procurement
6. BIM modelling of building usied as an office and catering area. The federated model, including the architectural one
and the electrical, water and sanitary, fire and ventilation, is the classical example of multidisciplinary integration.
The setting of specific Assets will allow a scheduled maintenance of the building and its parts.
Integrated design
7. Experimental implementation of a wellness centre located northern Spain according to BIM methodology. The multidi-
sciplinary approach has allowed the development of analysis and the estimation of different design scenarios. The
processes made possible the optimization of the resources consumption with a significant impact on emissions into the
atmposphere, improving the liveability of the environment.
Conscious design
8. 3D modelling of the intervention area and of the buildings that form a development project. The models have been used to
verify the structural interferences check highlighting and solving problems in the digital environment. The goal: to reduction time
and costs of the execution due to possible variations and delays in the delivery.
Time and cost control
9. Finite elements design of a cable-stayed platform with a light higher than 55ft. The tridimensional model of the structure
is integrated in BIM environment and includes the structural connection. Through sophisticated clash detection analysis
any assembly problem on site is avoided. The process has been completed with the prepartion of the assembly
tables, the sheets drawings, and the file for the numerical control for the laser-cutting predisposition.
Design of steel structure
10. Laser scanner survey of the internal part of a church built between the XII and XIII century, with subsequent stratification.
From the point cloud to BIM for a detailed survey of the state of affairs according to most innovative survey technology
and the the subsequent digitalization of the geometric model.
Scan to BIM
11. Digital reconstruction of the Torre del Oro for the production of the architectural and infographic drawings necessary for the
restoration project of the andalusian building eritage: Building Information Modelling as a tool of knowledge, represents an
important instruments for the documentation and conservation of the existing architectural heritage.
Heritage BIM
12. Construction of building and architecture components in BIM environment. Modelling of products from cataolgue and
further transformation in digital objects, viewable in 3D, enriched with their own informative database.
Another reason to be choose and make difference.
Building products
13. Modelling of parametric building components for on-line marketing with their own informative database and ready
the download.
Products catalogue in digital form
14. Desing of renovation work (completion and consolidation) of a school complex executed with BIM methodology. Archi-
tectonical and structural modelling in LOD 500, creation of parametric family for structural reinforcement in FRP, manage
and coordination of the models.
Design concrete structure
15. Modeling and processing of BIM models - architecture, structures and installations - of buildings, infrastructures
and underground utilities. Verification, coordination and validation of 3D models with BIM methodology and their
information content.
Coordination and validation
16. Execution of photorealistic images and 3d animation for interior design, furniture, up to large housing complex, through
the most innovative software technologies.
Rendering and 3D animation
17. Success depends upon previous preparation, and without such preparation there is sure to be failure.
Confucio
BIM-Lab.net team has been providing professional training for several years aimed to students, professional, engineers,
architects, and whoever intends to implement BIM methodology in its own structure and workflow.
BIM Training