Are you planning load-bearing timber constructions with large spans or creative freedom? Our customised Special components from Glulam (BSH) offer durable, load-bearing and economical solutions - ideal for halls, roof structures and individual projects in timber engineering.
We mainly use the following materials Spruce a - a light, load-bearing and regionally available construction timber with an excellent ratio of Strength, weight and sustainability. A type of wood that we have been working with successfully for many years.
We manufacture Application-specific special construction elements made of glulam - customised to the planning and structural requirements of your project. Our portfolio includes
Each component is precisely customised - for optimum function, ease of installation and long-term safety. Our special components are used in particular in Timber engineering as well as commercial and public hall construction is used wherever standard solutions reach their limits.
Our customised components are manufactured with the utmost care and technical precision. In our own factory in Hermsdorf, Thuringia, we process the spruce into glulam beams - from finger-jointing and gluing to CNC-controlled joinery.
We rely on end-to-end digitalised processes and modern machinery that guarantee millimetre-precise results - whether for straight or curved geometries, visible surfaces or complex connections.
Our experienced employees programme the CNC joinery precisely according to your planning specifications. In our digitally controlled joinery centre all components are cut, drilled and machined with millimetre precision.
The result: Ready-to-assemble timber components made from glulamon the construction site Smooth and precise fit can be used - without any reworking.
Spruce CLT is the basis of our customised components - for good reason. As a material, glulam made of spruce combines technical performance with high reliability in processing and ecological responsibility. As a domestic construction timber, spruce is not only available regionally, but is also ideal for industrial production:
The combination of strength sorted, finger-jointed Slats and controlled bonding creates a more resilient Building material with convincing properties for the modern timber construction:
As CO₂-storing building material wood makes an active contribution to climate-friendly construction - today and in the future.
Our Special components made of glulam (BSH) are used wherever sophisticated, load-bearing timber constructions are required - safe, dimensionally stable and architecturally convincing.
Based on architectural and structural specifications, we work with you to select the optimum beam form - adapted to the utilisation, structural requirements and design objectives.
In addition to classic, straight beam types, we also manufacture curved and freely shaped special components from glulam. They not only offer design freedom, but also technical advantages and are used in particular in:
Thanks to precise CNC machining and factory prefabrication, even complex geometries can be realised economically and efficiently - individually planned and custom-made.
Customised Glulam beams made of spruce offer a high degree of planning flexibility, enable Large spans with reduced support requirements and, thanks to prefabrication, ensure Fast, efficient assembly - without compromising on quality or aesthetics.
Our customised Glulam beams made of spruce offer numerous advantages - technically, economically and architecturally. The combination of Material expertise, manufacturing experience and digitally controlled production, we are the right partner for Sophisticated timber structures in commercial and civil engineering.
Our strength lies in the combination of structural understanding, technical planning and high-precision manufacturing. We supply BSH solutions that deliver what they promise.
Every construction project is individual - and we will support you just as individually.
Whether it's an initial concept idea, structural clarification or concrete realisation: we provide you with personal, solution-oriented and practical advice. Our many years of experience in timber construction and our specialisation in customised glulam beams enable us to achieve economically and technically sophisticated results - even for complex requirements.
Enquire about your project now - we will support you with know-how, manufacturing expertise and an open ear for your wishes.
Cross laminated timber (CLT) is a large format Solid wood productwhich is used wherever Stable, flat components are in demand - for example as Wall, ceiling or roof panel in modern timber construction.
Our BSP elements consist of at least three to a maximum of seven cross-laminated spruce layers. Thanks to this symmetrical and locked structure (cross-glued) BSP is particularly Dimensionally stable, dimensionally stable and has a High load-bearing capacity ideal for load-bearing and bracing elements in modern timber construction.
In contrast to products such as OSBconsisting of wood fibres or strands, CLT is a real wood-based material. Solid wood product, made from continuous solid wood slats. BSP thus combines the natural material properties of solid wood with the industrial precision of a modern material.
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Whilst Glulam (BSH) especially for the supporting skeleton of a building - for example for Rafters, beams, joists or supports - comes Cross laminated timber (CLT) is used wherever flat structures are required: Walls, ceilings and floors.
Are you planning a building project or do you have questions about our timber construction services? Whether you have an initial idea, technical queries or a specific project: we are available for you - directly, reliably and with the necessary expertise.
Parallel chord beams stand for efficient constructions with a uniform construction height and clear geometry. They are ideal for flat roofs or suspended ceilings and enable large spans with a slim design. We also realise demanding structural and architectural requirements for industrial, office or special buildings in individual designs.
Parallel chord, raised beams offer high load-bearing capacity and enable controlled deflection with large spans. The targeted camber compensates for dead and live loads - for lasting dimensional stability and technical precision. Ideal for hall constructions, industrial structures or applications with high static requirements.
Parallel chord arch supports combine structural efficiency with a striking, flowing design language. They are ideal for large spans with a reduced overall height and enable elegant, open architecture - perfect for modern industrial halls, sports facilities or multifunctional event spaces.
Fish carrier are characterised by their striking bottom chord geometry, which ensures both high load-bearing capacity and material efficiency. The curved shape not only creates structural advantages, but also an architectural eye-catcher - ideal for wide-span halls, modern commercial buildings or prestigious special constructions.
Pitched roof girder, conical with straight bottom chordcombine a clear, pitched roof geometry with a slim, material-saving design. The conical shape of the top chord allows spans to be bridged efficiently - ideal for production halls, technical rooms or commercial buildings with targeted lighting and optimum PV utilisation.
Pitched roof girder, conical with raised bottom chordcombine the functional roof pitch with a statically optimised bottom chord shape. The targeted canting ensures reduced deflection with large spans and at the same time offers clear, modern lines - ideal for demanding hall constructions with high loads and architectural requirements.
Saddle carrier with straight lower chord
This beam shape offers an economical solution for classic roof geometries with clear, minimalist lines. The straight bottom chord ensures simple support points and efficient load transfer - ideal for halls, workshops or industrial buildings with functional architecture.
Saddle carrier with raised lower belt
The targeted canting of the lower chord allows larger spans to be realised with minimised deflection. This construction method combines a classic pitched roof look with technical sophistication - particularly suitable for statically demanding hall buildings or modern commercial buildings.
Saddle carrier with curved lower chord
The gentle curve of the lower chord gives the classic pitched roof a dynamic, architecturally appealing touch. In addition to high load-bearing capacity, this creates elegant lines - ideal for showrooms, prestigious halls or architecturally designed special buildings.
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