WOODEN TRUSSES FOR INDUSTRIAL PROJECTS

Interior view of a large wooden structure under construction with visible beams and trusses.

LARGE SCALE ROOF CONSTRUCTIONS

LARGE SCALE ROOF CONSTRUCTIONS

Wooden roof trusses for large-scale projects are an efficient and cost-effective solution for wide-span roof structures, such as production facilities, warehouses, sports halls, and commercial buildings. They are individually designed to accommodate heavy loads, large spans, and the specific technical requirements of each project, ensuring high load-bearing capacity, stability, and fast installation. Industrially manufactured trusses help reduce construction time, optimize material usage, and ensure precise structural quality even in very large projects.

Interior view of a wooden roof structure with metal connector plates in a building under construction.
Large wooden roof trusses being constructed on metal columns at an agricultural building site.
Spacious empty warehouse with a concrete floor, large windows along one side, and a wooden truss ceiling.

Wooden roof trusses for large-scale projects are an efficient and cost-effective solution for wide-span roof structures, such as production facilities, warehouses, sports halls, and commercial buildings. They are individually designed to accommodate heavy loads, large spans, and the specific technical requirements of each project, ensuring high load-bearing capacity, stability, and fast installation. Industrially manufactured trusses help reduce construction time, optimize material usage, and ensure precise structural quality even in very large projects.

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FULL CONSTRUCTIONS

SETS

FULL CONSTRUCTIONS

SETS

A full timber-frame structural system for large-scale projects enables the construction of buildings with substantial volumes while maintaining structural precision and an efficient construction process. Such systems include wall, floor, and roof elements that are industrially manufactured and later assembled on site. Timber-frame solutions provide strong structural stability, reduce construction time, and allow buildings to be flexibly adapted to various functional needs—from logistics and production facilities to public and commercial buildings.

Construction site of a wooden-framed building with a crane lifting a roof truss under a clear blue sky.
Interior view of a wooden truss structure with diagonal beams and metal plates supporting a roof in a spacious building.
A large farm with a green barn next to an under-construction wooden framework building, surrounded by muddy tire tracks and patches of snow.

A full timber-frame structural system for large-scale projects enables the construction of buildings with substantial volumes while maintaining structural precision and an efficient construction process. Such systems include wall, floor, and roof elements that are industrially manufactured and later assembled on site. Timber-frame solutions provide strong structural stability, reduce construction time, and allow buildings to be flexibly adapted to various functional needs—from logistics and production facilities to public and commercial buildings.

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BRIDGE CONSTRUCTIONS

BRIDGE CONSTRUCTIONS

Temporary timber structures for bridge formwork are a practical solution for concrete casting in infrastructure projects. They are designed and manufactured to provide the required load-bearing capacity, stability, and precision during the construction of concrete structures. These structures are capable of withstanding significant loads from fresh concrete and construction equipment while ensuring a safe working environment on site. Thanks to industrially prepared elements, the formwork systems can be installed quickly, adapted to different bridge projects, and used efficiently in organizing the construction process.

Rust-colored iron truss bridge over a dark water canal in front of a wooden structure and a building with a red roof.
Large construction site with extensive metal scaffolding supporting wooden framework for a bridge or elevated roadway under a clear blue sky, with a worker in a yellow safety vest and helmet standing nearby.
Large construction site with extensive scaffolding supporting a wooden framework for a bridge or elevated structure.

Temporary timber structures for bridge formwork are a practical solution for concrete casting in infrastructure projects. They are designed and manufactured to provide the required load-bearing capacity, stability, and precision during the construction of concrete structures. These structures are capable of withstanding significant loads from fresh concrete and construction equipment while ensuring a safe working environment on site. Thanks to industrially prepared elements, the formwork systems can be installed quickly, adapted to different bridge projects, and used efficiently in organizing the construction process.

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ADVANCED

CUSTOM
CONSTRUCTIONS

ADVANCED

CUSTOM
CONSTRUCTIONS

Timber trusses for highly complex structures are individually designed to accommodate non-standard architectural forms, large spans, and increased loads. They ensure precise structural geometry, high load-bearing capacity, and efficient use of materials, enabling the implementation of technically demanding roof and floor solutions in various construction projects.

Large indoor warehouse with a massive wooden framework structure under construction.
Large indoor equestrian arena with a circular wooden truss ceiling and a person standing next to a horse.
Interior view of a circular building under construction with wooden trusses radiating from a central metal scaffold supporting the roof structure.

Timber trusses for highly complex structures are individually designed to accommodate non-standard architectural forms, large spans, and increased loads. They ensure precise structural geometry, high load-bearing capacity, and efficient use of materials, enabling the implementation of technically demanding roof and floor solutions in various construction projects.

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COMPLETED PROJECTS

Project ID:

2113301

Project ID:

2113301

Project ID:

2113301

Project ID:

2113301

Project ID:

2113301

Project ID:

2113301

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