DESIGN CONTEXT
Model information prepared for production thinking.
Coordinate geometry, connections, materials, and fabrication requirements in a form downstream teams can use.
Digital manufacturing for mass timber
InfiLAM is a modular digital manufacturing platform designed to keep element geometry, production requirements, and delivery context connected—from model preparation and factory planning through logistics and site delivery.
For mass timber manufacturers, engineering teams, and specialist detailers.
01 / THE DESIGN-TO-FACTORY GAP
Mass timber manufacturing depends on accurate information moving from the 3D model through planning, production, QA, logistics, and delivery. Fragmented drawings, spreadsheets, and systems create manual handoffs, duplicate entry, delays, and inconsistencies.
InfiLAM brings fabrication, machinery, production, and logistics requirements into the modelling conversation earlier, helping element data remain useful as the project moves downstream.
Its modular structure lets teams begin with one priority workflow and connect further stages when the process is ready.
DESIGN CONTEXT
Coordinate geometry, connections, materials, and fabrication requirements in a form downstream teams can use.
FACTORY CONTEXT
Bring planning, nesting, simulation, QA references, and production events into a coherent information flow.
DELIVERY CONTEXT
Relate identity to packing, loading, delivery order, and site sequence so teams share the same context.
02 / BUILT AROUND MASS TIMBER
Mass timber manufacturing is not a generic production process. Every element carries its own fabrication, connection, machining, handling, transport, and installation requirements, with each decision affecting what happens further downstream.
This element-based approach supports Glue Laminated Timber (GLT), Laminated Veneer Lumber (LVL), Cross Laminated Timber (CLT), Parallel Laminated Timber (PLT), and related engineered timber systems.
One element record. Identity, geometry, connection details, production requirements, QA references, and delivery information remain associated with the timber element.
ELEMENT FAMILY / CONNECTED CONTEXT
Geometry · Material · Connections · Identity