Vertex BD 2026 – Automated BIM Software for Steel and Wood Framing

Comprehensive BIM Solution for Automated Design, Detailing, and Manufacturing of Steel and Timber Structures

 

Vertex BD is a specialized BIM software developed by Vertex Systems Oy for the automated design, detailing, and manufacturing of timber and cold‑formed steel (LSF) structures . It covers the entire process from architectural modeling through structural design and detailing to production preparation — all within a single, integrated environment . By automating design, drawing production, and manufacturing data creation, Vertex BD reduces project lead times, improves accuracy, and minimizes material waste.

The software creates an intelligent 3D building model that includes all components, assemblies, and connections . Any change made to the model automatically updates all related drawings, shop details, bills of materials, and fabrication outputs, ensuring full consistency across all engineering documents. This is especially critical in prefabrication and industrialized construction, where any discrepancy between design and production can cause costly delays.

A key advantage of Vertex BD is its direct design‑to‑manufacturing connectivity. In addition to producing construction drawings, the software generates data for CNC machines, cutting lines, panel assembly equipment, and other factory production systems . It also supports standard BIM data exchange formats like IFC, enabling seamless collaboration with other structural, architectural, and project management tools.

Primary Users

Vertex BD is designed for structural engineers, prefabrication manufacturers, modular building producers, timber frame fabricators, and construction contractors specializing in timber and cold‑formed steel (LSF) structures. It serves professionals who:

  • Design and model wall frames, floors, roofs, trusses, beams, columns, openings, and connections parametrically within a single intelligent 3D BIM environment

  • Automatically generate construction drawings, shop details, material lists, and fabrication data directly from the model

  • Produce CNC and manufacturing outputs for panel assembly lines, roll‑formers, cutting machines, and prefabrication equipment

  • Manage the complete design‑to‑production workflow in one integrated platform, eliminating data duplication and errors

Key Features & Capabilities

  • Building Information Modeling (BIM): Creates an intelligent 3D building model that manages all design data, components, and technical specifications in a unified environment

  • Timber Structure Design: Parametrically designs and models walls, floors, roofs, trusses, and other timber building components

  • Cold‑Formed Steel (LSF) Framing Design: Enables design and modeling of structures using light‑gauge steel sections

  • Automated Construction Drawings: Automatically extracts plans, elevations, sections, shop details, and workshop drawings from the BIM model

  • Bill of Materials (BOM): Automatically calculates and reports quantities and specifications for all materials, components, and connections required for the project

  • Panel & Truss Modeling: Models wall panels, roof trusses, floor assemblies, and other prefabricated components in full detail

  • CNC Manufacturing Output: Generates data directly from the design model for CNC machines, cutting lines, and factory production equipment

  • Automatic Documentation Update: Any model change automatically updates all drawings, BOMs, and fabrication documentation, ensuring consistency

  • BIM Data Exchange: Supports IFC and other industry‑standard formats for seamless data exchange with other BIM and engineering tools

  • Design‑to‑Manufacturing Workflow: Manages engineering design, documentation, production planning, and fabrication preparation in a single integrated process

Specialized Industry Applications

  • Prefabricated and Modular Home Factories: Design, modeling, and production data preparation for residential units and modular buildings

  • Timber Structure Manufacturers: Design and production of trusses, panels, walls, and other timber building components

  • Cold‑Formed Steel (LSF) Factories: Modeling, shop drawing preparation, and manufacturing data generation for light‑gauge steel structures

  • Construction Companies and Residential Contractors: BIM modeling, construction drawings, material estimation, and coordination between design and construction

  • Architectural and Structural Engineering Offices: Design of low‑rise buildings, villa complexes, residential developments, and light commercial projects using a BIM approach