Building technologies
Timber systems inside one platform.
Technologies here are shown as parts of the same industry platform — not as separate parallel systems. Each timber system feeds the same BIM 6D model, the same element structure and the same continuous record, so the choice of technology never breaks the process that carries a project from land to operation.
Core systems
Six ways to build the same record.
Core system 01
CLT-Light
Purpose — a lightened cross-laminated timber system for compact, fast-assembly buildings. Structural principle: thin CLT panels acting as load-bearing walls and floors, kept light for transport and manual handling.
Certification status — under preparation, confirmed per market before use.
Core system 02
ECO Frame
Purpose — an engineered timber frame for private houses and low-rise living. Structural principle: a framed timber skeleton with insulated infill, detailed as standard, repeatable components.
Certification status — under preparation, confirmed per market before use.
Core system 03
CLT Classic
Purpose — full cross-laminated timber for solid, multi-storey construction. Structural principle: massive CLT wall and floor panels forming a solid load-bearing shell with high in-plane stiffness.
Certification status — under preparation, confirmed per market before use.
Core system 04
Hybrid Systems
Purpose — timber combined with steel or concrete where spans, height or loads demand it. Structural principle: timber for the mass of the structure, steel or concrete for cores, transfers and long spans — Timber+Steel and Timber+Concrete.
Certification status — under preparation, confirmed per market before use.
Core system 05
Modular Systems
Purpose — pre-finished volumetric modules for repeatable, service-heavy spaces. Structural principle: factory-built kitchen, bathroom and technical modules delivered complete and set into the timber structure on site.
Certification status — under preparation, confirmed per market before use.
Core system 06
Kit of Parts
Purpose — a coordinated catalogue of standard components shared across the systems above. Structural principle: elements defined once in the BIM library and reused across products, so a building is assembled from known, priced, prepared parts.
Certification status — component-level, tied to each system it belongs to.
Any figure for savings, speed, carbon or material waste is only published together with a comparison base, method, object type, region and calculation date. No such numeric claim is published on this page.
Supporting elements
What the systems stand on and wear.
Supporting elements are specified against the same model as the core systems — they are part of the record, not a separate scope bolted on at the end.
How technology fits the model
A system is only useful once it flows.
Whichever technology is chosen, it enters the same chain: it becomes BIM libraries, then a CNC-ready kit, then an assembly sequence, then quality control — one continuous path, not a hand-off between disconnected tools.
This is why technologies are presented as parts of one platform: the value is in the flow between them, not in any single system on its own.
Start here
See these systems as finished products.
The product lines show how these technologies come together into buildings you can develop. Start from a use case, or bring your land and we map the system to the site.