Construction process

BIM Design and Modeling

We digitally project each module to avoid collisions and errors on site.

Before manufacturing, we build the entire bathroom in a BIM digital model: architecture, structure, and all installations (plumbing, electricity, ventilation, fixtures, and finishes). This allows us to anticipate and resolve every detail precisely, avoiding improvisation and rework on-site.

What advantages does BIM offer?

Total coordination in a very compact space: The bathroom is a "dense" area in terms of installations; BIM detects interferences (collisions) before manufacturing.

Reduction of shrinkage and waste: By precisely defining the bathroom before manufacturing (measurements, routes, gaps, steps and quantities), cutting and use of materials are optimized, order errors and rework are reduced, and waste generation is significantly decreased both in the factory and on site.

Connection points defined and verified: Water inlets/outlets, drains, ventilation and electricity are coordinated with the building, reducing risks "in situ".

Control of tolerances and actual measurements: The model ensures distances, access, records and maintainability (very critical in modules).

Higher quality from the source: Slopes, installation steps, gaps, seals, and finishing joints are validated before production.

More accurate manufacturing documentation: Plans, details, listings, and measurements are extracted from the model, reducing errors and improving industrial repeatability.

Standardization without losing flexibility: It allows working with “families” and variants (finishes, equipment, layout) while maintaining technical control.

Traceability and maintenance: We can deliver a digital "as-built" with component information (models, references, manuals), useful for operation and maintenance.

Controlled Manufacturing

We manufacture in an industrial environment, eliminating climatic variables (no rain, no unexpected downtime) and achieving the precision and repeatability typical of a production process.

This translates into a higher quality finish, fewer incidents, and more reliable deadlines, reducing both cost and manufacturing time compared to traditional construction methods.

Quality control

Each unit undergoes a verification protocol before leaving the factory, including but not limited to:

Leak tests
Electrical and functional check
Review of finishes and tolerances

This ensures that the module arrives at the construction site validated and ready for installation.

"Plug & Play" Installation

The modules arrive ready to connect to the building's networks quickly and securely. This drastically reduces construction time and minimizes disruption, risks, and the need for multiple trades to coordinate.

Depending on the type of project, on-site execution can be reduced by up to 80% compared to traditional solutions.

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