Request a free consultation and find out how we can help you optimise your operations!
BIM Modelling Services
At RealtoDigital, we offer a wide range of BIM modelling services based on high-precision 3D laser scanning. Each service is designed to cover all phases of your project, optimising the planning, execution and maintenance of your facilities.
Our services include
3D laser scanning
Detailed capture of existing installations for accurate digital representation.
Creation of BIM models
Three-dimensional models complete with technical and operational information.
Data integration
We add key information on equipment, systems, maintenance and safety.
Life cycle management
We optimise workflows during the design, construction and maintenance of your project.
What is BIM Modelling?
BIM is a collaborative methodology that primarily facilitates the planning, design and maintenance of construction projects.
Through advanced modelling software tools, this methodology also allows real-time data exchange between all the actors involved in the project.
Este modelo digital, por tanto, ofrece múltiples beneficios:
- Accurate digital representation: The details captured by 3D laser scanning are integrated into a three-dimensional model, thus providing a complete and accurate picture of the existing infrastructure.
- Efficient data exchange: This methodology enables seamless collaboration between architects, engineers, contractors and facility managers, which in turn reduces errors and improves communication between teams.
- Optimisation of the project life cycle: In this sense, the BIM model is not only useful in the initial design phases, but also extends throughout the life of the project, thus improving the maintenance and long-term management of the facilities.
Ready to transform your factory?
Our BIM Modelling Process
At RealtoDigital, our approach to BIM modelling is based, first and foremost, on a structured and collaborative process that, as a result, ensures accurate and high quality results.
From project inception to completion, each stage is carefully designed to maximise efficiency while minimising errors, thus ensuring that our clients' expectations are met.
Data Collection
The process begins with data capture through 3D laser scanning, where we obtain detailed information about the existing facilities. This step is essential to create an accurate and reliable digital representation of the working environment.
Development of the Model
Using the collected data, our experts develop a three-dimensional BIM model that integrates all relevant information. In this phase, architectural, structural and system elements are incorporated, allowing the entire project to be visualised and adjustments to be made prior to construction.
Coordination and Collaboration
Our team works closely with architects, engineers and contractors, using real-time data exchange tools. This not only improves communication, but also makes it easier to identify potential conflicts before they become problems on site.
Simulations and Analysis
Before construction begins, we carry out simulations to assess the performance of the model. This analysis allows us to optimise the design, ensure the feasibility of the project and anticipate any potential challenges in the construction and operation phases.
Implementation and Maintenance
Once the model is approved, we assist in the implementation of the project, ensuring that all specifications are followed. We then provide maintenance and facility management solutions, helping our clients to maximise efficiency and extend the life of their assets.
Continuous Assessment
Our commitment does not end with project delivery. We conduct ongoing assessments to identify opportunities for improvement and optimisation, ensuring that the BIM model remains current and relevant over time.
Sectors Benefiting from BIM Modelling
BIM modelling has revolutionised the way projects are managed in various industries, offering efficient and collaborative solutions that optimise every phase of a project's lifecycle. Below are some of the sectors that benefit significantly from this methodology:
Construction and Infrastructure
En este sector, permite a los equipos de trabajo coordinarse de manera efectiva, reduciendo errores durante la construcción y asegurando que las obras se realicen según los plazos y presupuestos establecidos. Además, facilita la visualización de proyectos complejos, lo que mejora la planificación y ejecución.
Architecture and Design
Architects use BIM to create accurate digital representations of their designs, allowing them to make modifications in real time and share information with other professionals involved. This inter-professional collaboration is crucial to ensure that all aspects of the project are seamlessly integrated.
Facilities Management
En la gestión de activos, proporciona un enfoque integral para el mantenimiento y la operación de edificios e infraestructuras. Permite un seguimiento detallado de los sistemas y equipos, optimizando el rendimiento y reduciendo costos a lo largo de la vida del activo.
Energy Sector
BIM is particularly useful in energy projects, such as solar and wind power plants, where accurate planning and management are essential. It facilitates data analysis and the implementation of predictive maintenance systems, contributing to sustainability and energy efficiency.
Applications of BIM Modelling
BIM modelling is undoubtedly essential for interprofessional coordination. By enabling all project participants, from architects to contractors and owners, to work with the same digital model, it facilitates closer collaboration and significantly improves workflows.
This not only increases transparency in communication, but also allows teams to quickly adjust their strategies based on updated information.
As a result, this translates into a more efficient execution aligned with project objectives.
Design phases
Thanks to the use of BIM, teams can work simultaneously on the same project, exchanging data in real time, reducing errors and increasing the accuracy of decisions.
BIM construction
Minimises errors in the construction process through simulations that identify potential conflicts before work begins.
Energy management
It optimises the energy consumption of installations, integrating predictive maintenance systems and real-time asset control.
Occupational health and safety
Ayuda a identificar riesgos potenciales, garantizando un entorno seguro de trabajo y cumplimiento de normativas.
Benefits of BIM Modeling for your Business
Investment in BIM modeling from 3D laser scanning offers a significant return in multiple areas:
Cost reduction
Minimize costly errors during construction and maintenance, optimize the use of resources and improve the energy efficiency of your facilities.
Increased productivity
Streamline workflows, improve communication between teams and make faster, more efficient decisions based on accurate data.
Optimized asset management
Track the life cycle of your equipment and systems in detail, proactively scheduling maintenance and maximizing their useful life.
Strategic decision making
Simulate different scenarios, evaluate the impact of changes and make informed decisions to ensure the long-term success of your projects.
¿Tiene preguntas sobre nuestro servicio de escaneado y modelado?
Our team of experts is ready to answer all your questions and help you find the best solution for your project.
