Realization of a construction project in the form of 3-D modeling is a powerful tool when it comes to high quality construction, time and financial management. By high quality construction we ​​mean the elimination of the communicative challenge that is otherwise known when drawing in 2-D, as in 2-D it is not possible to reproduce precise materials and compositions. In terms of time, the 3-D model minimizes the entire drawing / modeling process, and any corrections or wishes for changes in the design are quickly implementet. A construction project is typically dependent on a budget, and here the 3-D model is also an optimization tool, as volume calculation and material prices are 100% transparent and accurate.

We hold the right mix of skillset within IT technology and construction, which puts us at the forefront when it comes to modeling in 3-D based on 2-D.
It is not unusual that the responsibility for 3-D modeling ends up with inhouse, inexperienced and perhaps very young BIM / VDC managers at busy contractor bussinesses submitted to a industry under pressure. This can have major consequences for the quality of the model.

We guarantee that the 3-D model always contains the correct information for quantity extraction and supply data. In addition to getting an advantageous visual overview, you will automatically get plan views, section views and facade views updated when the 3-D model gets updated. In addition, you can perform collision controls of the 3-D models you get from architects, engineers and so on as well as prepare the supply chain from most contractors.

If you need support for managing your construction site, we offer to perform 3-D object-based construction site designing as objects in the 3-D model. This provides you with a good overview of driveways and access roads as well as an overview of where on the construction site containers, hoists and cranes are located.

From the data the 3-D model gives you, you can order the specific cranes for the range and height you need at exactly your construction site.

Once the stationary layout is in place in the 3-D construction site model, you then can use the 3-D model for logistics and work coordination during the execution of the construction.

If needed, we can be available at each presidential meeting. At the meeting, each Chairman can place an object in the 3-D model (such as an excavator). The object is placed on the site spot in the 3-D construction site model that corresponds to spot of the real construction site. Next up is markers of a barrier around the work area in the 3-D model as well as it is being implemented on the real construction site. In this way, you can always follow where work is taking place on the construction site avoiding incorrect placement of e.g. concrete elements or unloading in the area where excavation work occurs.

An additional layer on meeting customer expectations is virtual reality. The 3-D model enables our customers to experience their building design through the virtual reality sensory tool in the form of glasses and a controller, which is connected to the 3-D model. When you are connected, you experience being able to move around in your building, as if it were completed.
Virtual reality has also proven to be an extremely powerful tool for reviewing and quality assuring models.

Go to this link for an example.

In today’s construction industry where all projects contain 3-D models of the architects’ designs, constructions and installations, we build our projects on a knowledge bank that too few actors fully use.

With the information in the 3-D model, we can prepare quantified contractor supply data associated with each specialized contractor area. We extract useful information from the 3-D model, which is added to the model during its construction. An example we have had great gains with on other projects is facade extraction.

The façade contractor often contains quantities of façade material which are extracted in the form of forms both at the general level, but also specifically from each floor. When the facade quantities are illustrated in drawings, you can create an overview of both price and installation flow.

Windows and possibly glass sections are added to the supply data using stamp drawings that we know from concrete elements.
We extract a window type and illustrate it in plan view, elevation view, section view and 3-D view with precise measurements. With this info, the facade supplier already has enough material for production when getting the data in form of these drawings. The supplier can continue the detail work of windows and glass sections from the material provided. All stamp drawings contain bulk extracts of bars and glass areas, which make it simple to set a price on the individual component.

With the entire supply data of components gathered in PDF, DWG or similar, it can be sent out to several different suppliers. Thereby, you can research the market for the best and cheapest supplier for your particular project.

The supplier data in the architectural project that are obvious components to extract from the 3-D model are: interior doors and glass sections, stairs, railings, floors, ceilings, facades and roof areas.