Production of an Ambiosis house
To ensure that the construction process for Ambiosis houses is as reliable and easy to implement as possible, we have outlined a basic plan of the steps involved.
To ensure that the construction process for Ambiosis houses is as reliable and easy to implement as possible, we have outlined a basic plan of the steps involved.
01

The first step is to discuss your vision, the conditions related to the location site, budget, and size, and then we prepare the construction design.

The second step is to manage the permits, approvals, and all other legal requirements.

02
03

Once all the details of the first two steps have been settled, the next step is the actual production of panels based on the documentation. SIP panels are manufactured in technologically-advanced and carefully monitored conditions. The process can take up between 4 and-8 weeks. When finished, the panels are delivered to the construction site, alongside all necessary accessories.

The assembly can be executed by our own team, however, if you wish for a house that you have built “with your own hands”, we provide technical support and professional training upon request, so that your new house will be one of your most daring DIY projects.

04
05

At this point, the Ambiosis house is almost a home. This is followed by interior and exterior finishing works, setting up the installations, then the assembly of windows and doors.

The final and most awaited moment: acceptance of construction. You will be able to sit comfortably and fully enjoy the fresh experience of living in your home.

06

To better understand the manufacturing process of SIP panels:

To better understand the manufacturing process of SIP panels:

To manufacture this type of panel, two OSB boards are used with an insulating fireproof material placed between them. The resulting component is lightweight, but at the same time highly resistant and strong.
The panels for your home as well as the connecting accessories are made according to the design-specific sizes, thus ensuring that the assembly stage runs as efficiently as possible.