PROJECT BIM: THE COMPLETE LIBRARY OF STOMMPY PRODUCTS AVAILABLE TO DESIGNERS AND BUILDERS

STOMMPY enters the BIM - Building Information Modeling - world.

realizing the complete library of its products in the form of 3D models with high graphic detail, containing the most important technical, geometric and performance information of its impact protectors.

BIM--Building Information Modeling--is a working method aimed at collaboration and information exchange among all parties involved in the construction of a building.

This method, the use of which has been gradually gaining ground in the design world in general, and in the construction industry in particular, can be defined as the process of developing, growing and analyzing multi-dimensional virtual models, generated digitally by means of software.

In other words, with BIM all relevant data from a construction can be collected, combined and digitally linked into a virtual construction that can be visualized as a three-dimensional geometric model.

The primary role of the BIM method is to support communication, cooperation and improvement of a project throughout the complete life cycle of the built work, and it is in this scenario that STOMMPY's decision to bring to life the complete library of its products, in the form of 3D models with high graphic detail, and to make it available to designers and builders in an increasingly professional and qualified collaborative effort.

The 3D modelsof the STOMMPY impact protections contain within them the most important technical information about the products, such as performance characteristics, mounting specifications, and overall dimensions.

In the design of a working environment, this information facilitates communication among all stakeholders, both in the development and implementation phases of the project, helping to reduce errors and elevate the quality of the final result.

Within the Revit files, this the market-leading software chosen by STOMMPY for the creation of its BIM library, every designer finds all the information-both graphically and in the form of text-about the geometric dimensions of the impact guards, the rules of their placement, and their technical and performance characteristics.

With a view to proposing impact protection as a solution to workplace safety, STOMMPY achieves a very important result with the BIM project, namely the advantage of being able to interface with the world of designers using their own technical "language."

To the designers themselves, who in deference to the new UNI standard on "Impact Protection for Industry" will have to define the positions and dimensions of devices within environments, STOMMPY allows them to download the library of its products so they can be included within their BIM projects.

This allows:

• Faster project layout development due to improved graphics management performance
• the automatic accounting of the products included within the layout and the automatic generation of the metric calculation for the economic valuation of the project
• Easier to intervene on the design layout with subsequent changes, without risk of accounting error
• versatility in the quality of the project graphic design, such as 3D views of environments and zooming in on details of special interest

The strategic importance of the BIM project also emerges from the testimony of Marco Chiarini, president of STOMMPY:

"The realization of the BIM library of our product catalog, was another important step in STOMMPY's strategy of development and affirmation in the market, not only to enhance the commercial interaction with the target market of designers, but also because this type of files, "collaborative and informative," are increasingly going to converge towards the direction outlined by the new UNI Standard on Impact Protection in the industrial field, which elevates Impact Protection to the role of Collective Safety Devices."