Glulam Structures
We manufacture glulam structures from carefully selected, straight, kiln-dried lamellas. This allows us to produce high-quality elements in a range of shapes and lengths up to 36 m, offering flexibility in architectural and structural design.
Glulam Structures for Bespoke Projects
We design and manufacture load-bearing glulam structures for projects with complex geometry and bespoke connections. Our production is geared towards non-standard projects, including complex shapes, custom connections, combined joints, bonded-in components, and non-standard lengths and cross-sections.
We adapt our manufacturing process to the project—not the other way around.
We adapt our manufacturing process to the project—not the other way around.
Glulam Manufacturing Process
Each video shows a separate stage in the industrial manufacture of load-bearing timber structures—from lamella preparation and bonding to precision machining and the assembly of complex-geometry connections.
All operations follow the project documentation and are subject to continuous quality control, supporting dimensional accuracy, repeatability and reliability across projects of varying complexity.
Calibration and finger-jointing
Blanks are first calibrated to achieve consistent cross-sections. Defective areas—such as knots, cracks, resin pockets and other wood defects—are then removed with a cross-cut saw. The lamellas are joined end-to-end using finger joints and structural adhesive to create uniform material and reliable joints.
Timber is kiln-dried to the required service moisture content under controlled temperature and humidity conditions. The process ensures even moisture distribution across each section and reduces internal stresses before further machining.
Timber Drying
Bonding into Glulam Members
Calibrated lamellas are arranged and bonded under controlled pressure using certified structural adhesives. The process is designed to achieve the required load-bearing capacity, dimensional stability and durability of the finished members.
Installation of Embedded Components
Embedded components are installed to the working drawings, following the specified coordinates and tolerances. They are fixed with mechanical fasteners and/or adhesive compounds designed to transfer the specified loads. Their position, alignment and installation depth are checked to support accurate assembly on site.
After bonding, each member is machined to the specified dimensions and tolerances. Geometry, straightness and surface quality are checked before further finishing and installation.
Final Machining and Calibration
Surface finishing includes sanding and the application of protective coatings selected for the intended climatic conditions. The coatings reduce moisture absorption and improve resistance to biological degradation and UV exposure without changing the specified product dimensions.
Surface Finishing
Advantages
Our structures are manufactured using modern technologies and new European equipment.
- 25+ yearsMore than 25 years of experience in the glulam industry.
- 2,000+Projects delivered with our participation.
- Project-specificCustom lengths, cross-sections, geometry and connections.
- Prepared for installationMachining and installation of embedded components at our facility.
Completed Projects
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We’ll review the available project information, spans, structural scheme and scope of work.
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