Glue Laminated Wood +
Glue Laminated Timber
Glulam and GLT are next-generation engineered wood solutions designed to meet the structural and aesthetic demands of modern innovative, sustainable building design.
A strong and lightweight alternative to concrete and steel, ideal for structural and load-bearing frameworks in mid- and high-rise wood buildings.
Glulam is primarily used for beams and columns, providing strong vertical and horizontal support in structural frameworks.
GLT, when oriented on its side, is ideal for floor, roof, and wall systems, efficiently distributing loads across wider surfaces rather than focused on a single beam or column.
Glulam and CLT is created by bonding layers of wood lamellas with durable, moisture-resistant structural adhesives, Glulam and GLT feature parallel-running grain orientation that delivers exceptional linear strength, dimensional stability, and design versatility. When positioned on its side for specific structural applications, it is referred to as GLT.
Manufactured using advanced CNC technology, this material offers architects, engineers, and builders a sustainable, high-performance alternative to traditional materials.
Innovative manufacturing and a high degree of prefabrication ensure precision-fit components, reducing on-site labor, installation time, and environmental disruption. Sourced exclusively from responsibly managed forests – including select premium European Spruce known for its strength, light weight, and clean appearance – our Glulam and GLT products deliver consistent quality and performance across every project. This not only ensures greater design flexibility and long-term durability compared to standard commodity-grade options but also contributes to climate-positive building practices by actively storing carbon throughout their lifespan.
From bold architectural statements to efficient structural solutions, Glulam and GLT empowers project teams to achieve design freedom and material efficiency, delivering faster timelines, lower project costs, and enduring environmental benefits.
APPLICATION
Produced with advanced CNC technology, our Glulam and GLT elements ensure precision-fit connections, reducing on-site labor and installation time. A high degree of prefabrication enables rapid, low-dust installation, streamlining construction schedules and minimizing site disruption.
Used as load-bearing elements across residential, commercial, and infrastructure projects, including:
– Columns, long-span beams, and trusses for bridges and ceiling structures
– Curved elements for bridges, arches, and vaulted ceilings in sports arenas and auditoriums
– Large-scale structural components for open spaces such as arenas, pavilions, and airports, where long spans are required without intermediate supports
STRENGTH &
PERFORMANCE
With exceptional material efficiency and load-bearing capacity, Glulam and GLT offer cost-effective solutions that meet demanding structural requirements without sacrificing performance.
Lightweight and flexible, Glulam and GLT offer high compressive and tensile strength. Their parallel grain orientation maximizes the strength of wood fibers, allowing them to support heavy loads over long spans. When positioned on its side for specific structural applications, it’s referred to as GLT. With a higher strength-to-weight ratio than steel or concrete in specific applications, they deliver exceptional structural performance without added mass.
– Optimal for axial and bending loads
– High bending strength allows for design flexibility without compromising structural integrity
– Superior axial strength performs exceptionally under compressive loads
DESIGN
Available in both stock and custom sizes, our products meet the highest European manufacturing standards and are offered in four appearance classifications – Premium, Architectural, Industrial, and Framing – to suit both structural and aesthetic project needs.
Exceptional geometric versatility allows for custom curved forms, tapered elements, and long-span beams. Exceptional strength makes bold, open designs possible, eliminating the need for intermediate supports and enabling everything from simple, straight components to complex arches and sweeping spans over 500 feet in large-scale public spaces.
Exposed timber surfaces bring warmth, texture, and an organic aesthetic to both traditional and modern spaces, reducing the need for additional interior finishes and supporting biophilic design principles.