Modular buildings use pre-fabricated modules that are designed off-site and assembled on location, making them a customizable, energy-efficient, and cost-effective option for construction. They are suitable for various applications, including offices, schools, homes, and medical facilities, and offer a sleek and modern design. They are the future of construction, providing a sustainable alternative to traditional building methods
Looking for the best solutions for residential and service architecture- re, we have created a construction system based on a modular building elements that constitute the future of the 21st century construction methods. Our architects, structural and installation engineers have created a system of modular elements that allows quickly and efficiently set structures such as residential, service and public buildings, even in one day.
Lark modular construction is an architecture based on repetitive modules that are an independent construction unit. Each module has been designed so that it can be easily connected with the next module. Thanks to the Easy Connect system, connecting Lark modules is very fast. First of all, it allows you to create almost infinite forms both vertically and horizontally.
Modular architecture, thanks to its repeatability, can be easily adapted to most types of structures. Starting from housing construction – single-family and multi-family houses, apartments, through hotel architecture – hotels, retirement homes, dormitories, rooms for rent, and ending with office and public buildings. Each element of the modular architecture is designed so that the connected modules create a space that meets all functional requirements while maintaining a light and easy-to-connect structure.
Execution of a modular structure. The first phase of precise joining of load-bearing columns, beams, reinforcing ribs and lintels. The stage of creating walls, floors, ceilings and roofs.
Finishing materials. The stage of assembling the installation and filling the structure with thermal, acoustic and anti-damp insulation. Installation of facades and wall, floor, ceiling and roof cladding.
The last phase of equipping the module with furniture, bathroom and home elements. Interior finishing works, installation of lighting fixtures, sockets, switches and control devices.
Execution of a modular structure. The first phase of precise joining of load-bearing columns, beams, reinforcing ribs and lintels. The stage of creating walls, floors, ceilings and roofs.
Installation of modules. Transportation by mobile cranes to destinations. Connecting modules and finishing works – connecting the installation, roofing works, possible assembly of the facade.
The individual modular structures consist of a light and durable wooden structure consisting of a set of supporting columns, beams, lintels and ribs. All walls, ceilings and floors have very effective materials for thermal, acoustic and damp insulation. Each material element is precisely prepared in factory conditions by our experienced specialists. The cross-sections of the structure and its density are selected depending on the type of building and the requirements that must be met by modules on a given construction site – environmental requirements, functionality, legal standards, requirements for meeting transport conditions and many others.
– Cladding made of natural materials. Highest quality. Adapted to indoor humidity levels.
– Durable facade cladding made of natural materials or plastic. Adapted to the nature of the external environment, with the possibility of supplementing with additional insulation.
– Elements of the frame structure are made of the highest quality construction wood with anti-moisture and thermo-acoustic thermal insulation made of mineral wool.
The overriding advantage of modular architecture is the possibility of erecting and finishing a building composed of modular elements in a shorter time than in traditional construction. Construction works can be divided into two main stages: – factory works related to production and – assembly and finishing works carried out on the construction site. This division allows for the production of modules in the factory while performing earthworks and foundation works on the construction site. Additionally, thanks to the elements of a repeatable structure, the time needed to design a building is also shorter than the time needed to complete a traditional construction project. The assembly of modules, due to the developed joining techniques, is much less time-consuming than the methods of making walls and ceilings by pouring concrete or bricklaying.
