Modern technologies provide extremely useful tools for design and investment planning. Perhaps the most important of these are BIM (Building Information Modeling, which can be translated as "building information modeling") models, which are a natural extension of long-forgotten drawing board designs, but offer incomparably greater capabilities. They are used primarily in building design and coordination during construction, but are also widely used in the creation of many other elements, including interior design.
This venerable group of products using BIM technology also includes the products we manufacture ampers smoke d - thanks to the use of this technology, we can create a precise visualization of our product, determine all its parameters and properties, and then adapt it to the design of the building, creating an effective, efficient installation.
Key advantages of BIM models
BIM technology is not only a three-dimensional visualization of the project, but also the ability to enter a range of information about the properties of objects and their parameters that are invisible at first glance, such as geometry, mass, active area or heat transfer coefficient for the whole product. When one of these changes, the subsequent ones adjust to the new value, making it much easier to avoid errors. BIM technology also makes it very easy to calculate the expenses involved in a project, giving a specific cost to each of its elements.
The possibilities of BIM technology
The input of various parameters, as well as the access to a huge database provided by some BIM applications, make it possible to verify in real time many components, such as total light transmission, its energy analysis, or its effect on the insulation of the building. At the same time, any mistakes or inconsistencies are clearly visible, so designers can easily see which components will work properly and which need refinement. However, the detailed information about the building is useful not only during its creation, but also in the process of constructing the building and which are now the standard for swapping materials, or even during use. This makes BIM models extremely widely applicable.