Forms for the production of plinths where the manufactured element can be cast in standard position or upside-down, and the form can be either monolithic or opened for dismantling.
These forms are very simple and easy to be used; they can be equipped with electric or pneumatic wall vibrators, according to the client’s requests.

Single or multiple forms for the production of columns having square, rectangular or polygonal sections; with or without brackets on one or more sides as well as on one or more levels.
These forms can be more or less complicated according to the required design specifications.
Said forms can be equipped with electric or pneumatic wall vibrators.

We produce formwork for each type of girder : pre-stressed or with standard reinforcement, with outer pull-heads or self-reacting.
Usually, these forms are composed of a bottom form and side forms that can be opened.
As to enable its dismantling, some parts of the machine move by means of hydraulic cylinders aimed to guarantee the safety of the operators as well as the durability of the formwork itself.
These forms can be equipped with electric or pneumatic wall vibrators.

Forms for the production of slab elements, flat or ribbed ones, with two or more ribs.
This type of equipment can even reach lengths beyond 100 metres.
They usually produce prestressed elements and can have outer pull-heads or be self-reacting.
These forms have variable geometry so that they can fit to all variations of overload and span requested by the client; they are characterized by large hydraulic moving plants that facilitate the section changes as well as the erection /dismantling operations.
The formwork design is custom-made on the basis of the client’s specific needs and they can be equipped with electric or pneumatic wall vibrators.

Formwork for the production of flat or sloped roof elements, usually pre-stressed.
These forms can be self-reacting or have outer pull-heads and can have variable geometry, producing manufactured elements with dimensions that vary according to the design specifications.
They are featured by remarkable hydraulic movements enabling the geometry changes as well as the erection and the dismantling operations.
They are designed each time according to the specific needs of the client and they can be equipped with electric or pneumatic wall vibrators.

We produce stationary and tilting table forms according to the dimensions wished by the clients.
The tilting table forms can be lifted by a dedicated hydraulic plant or by a portal crane.
This kind of equipment is usually equipped with perimeter forms that can be adapted to the different geometries of the panels to be produced. Said forms are fixed mechanically or by means of permanent magnets.
The table forms can be equipped with electric or pneumatic wall vibrators.

Multi-pocket battery formwork for the production of panels having variable height, length and thickness. The number of pockets depends on the production capacity required.
The vertical casting is preferable when there is a need to finish both panel faces, also in the presence of a matrix or architectural pattern on them.
Advantages: reduced overall dimensions of the formwork, faster casting rate, constant and precise thickness of the panel.
The formwork opening and closing movements are handled by a dedicated hydraulic plant.
The battery forms can be equipped with electric or pneumatic wall vibrators.

We produce pull-heads to bear the stressing of the cables used in prestressed elements.
The pulling line is composed of a stationary pull-head and a mobile one, equipped with hydraulic cylinders for a safe handling of the detensioning operations. We have fabricated pull-heads with capacities up to 5000 Tons.

Self-reacting forms for the production of prestressed concrete elements, equipped with an appropriate structure for bearing their load.
These machines can be easily moved from a site to the other and can be placed on regular floorings.
These forms can be equipped with electric or pneumatic wall vibrators.

All our forms can be equipped with systems to accelerate the concrete curing times and consequently let them be free for the following pour in the shortest possible time.
The accelerated curing is obtained applying heat to the formwork and insulating it, so to limit dispersions, for example, covering it by means of insulation cloths.