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The process of prefabrication is used heavily in modern garage design and construction. The most common materials that are used in prefab designs are concrete and steel, where single components are manufactured off site and then transported to their final location.
While most small domestic garages are put together using a combination of concrete and steel, larger industrial structures are often made mostly from concrete. A pre-fab concrete garage (Betonfertiggaragen) are widely used all around the world, and have a number of advantages in terms of ease of installation, cost, and time. Because it can be difficult to construct concrete formwork and moulding on site, it is the ideal material for the process of prefabrication.

There are also other problems associated with building and assembling concrete on site, such as delivering wet concrete to a work site before it starts to set. In contrast, pouring concrete sections in a dedicated factory setting has a number of advantages and allow companies to re-use moulds and mix materials on the spot. When the construction of large garages and industrial buildings is being planned, builders have to take transportation into account. While large sheets of concrete are often used to construct walls, floors, and roof areas, they still have to be small enough to allow for easy transportation. Concrete garages are made when the sheets and other components have been transported to the final site, and put together according to the original plans.

There are a number of advantages to using prefabrication, in terms of cost, time, and work flow. Because the materials used are self supporting, there is little to no need for formwork, scaffolding, and shuttering. This in itself saves people a lot of time and money, which allows for an earlier return on invested capital. There are also a number of advantages associated with the increased scale of manufacture, as all of the concrete components are made and assembled in a single location. Other advantages include a higher degree of quality control, less waste generation, and easier project management. Concrete garages are used all over the world, most of which use the process of prefabrication to maximise the benefits of cost and time efficiency.