Prefabrication of ventilated façades is the process of manufacturing ready-made building facade elements in production facilities. These components are prepared in an automated manner and then delivered to the construction site, where they are installed onto the building's structure. Ventilated façades feature a gap between the insulation layer and the outer cladding, allowing for free air circulation and improving the building's thermal properties.

The main advantages of prefabricated ventilated façades are time savings during construction, better quality control, easier installation, and increased durability of the structure. Additionally, this system enhances the building's thermal insulation, reducing heating and air conditioning costs. Prefabrication also helps minimise construction waste and reduce the impact of weather conditions on the progress of work.

Ventilated façades are gaining popularity in modern construction due to their aesthetic and functional properties. They provide a contemporary appearance to buildings, offering a wide range of finishing materials such as composite panels, ceramics, and stone. Additionally, these systems enhance thermal and acoustic insulation, while also increasing the durability of external walls by protecting them from moisture and damage.

Yes, prefabrication of ventilated façades can impact construction costs in two ways. Initial costs may be higher due to the use of advanced technologies and specialised materials. However, in the long term, operational costs decrease as ventilated systems improve energy efficiency, leading to lower heating and air conditioning bills. Additionally, faster installation and reduced waste can also result in cost savings.

A wide range of materials can be used in prefabricated ventilated façades, depending on aesthetic and functional requirements. The most popular options include HPL (high-pressure laminate) panels, aluminium panels, composite panels, ceramics, glass, and natural stone. Each of these materials possesses distinct properties, such as resistance to weather conditions, durability, and ease of maintenance.

Yes, ventilated façades are an excellent solution for energy-efficient buildings. The ventilated cavity between the cladding and insulation layer helps regulate temperature, reducing energy consumption for heating and cooling. Additionally, the use of materials with high insulating properties further enhances the building's energy efficiency.

As standard, we provide a dimensional tolerance of ±1 mm, but in the case of more demanding projects we can adjust the cutting precision to the individual needs of the customer, provided the material allows it.

Yes, our CNC machines are equipped to process both simple and complex shapes in a variety of materials, including composite panels, ceramics, and HPL. We offer cutting at various angles and the ability to create holes for installation purposes.

We use waterjet cutting technology to process materials susceptible to cracking, which minimizes the risk of damage. Additionally, we always select cutting parameters appropriate to the type of material to ensure its integrity.

Yes, we fulfil orders for prefabricated elements with precisely cut mounting holes according to the provided technical drawings. We have the capability to create holes in any dimensions and shapes, which facilitates easier installation on-site.

The maximum dimensions of items we can process are typically 4000 x 2000mm, but the exact capacity will depend on the material type and specific project requirements. If you require larger items, we can discuss the options available.

Yes, we can plan cuts to accommodate expansion joints. We work with designers and contractors to ensure all elements are cut correctly, taking into account material expansion and weather conditions that affect ventilated facades.