3D Modelling & DfMA
We specialize in creating intelligent parametric structural models for simulation and fabrication. Our models facilitate structural optimization efforts for engineering firms and breakdown structural systems into something a factory can feasibly make.
Service Overview
We build the models that sit underneath everything else — parametric, intelligent, and detailed. Our models evolve from structural simulation stick models that are fully coordinated with all disciplines all the way to fabrication ready models and drawings. Whether it is a structural assembly or a custom equipment design for machinery, the model carries the design intent, the manufacturing logic and the shop drawings in one connected place.
What We Deliver:
Parametric Modelling & Design Assist
Fully parametric models where dimensions, connections and configurations are driven by rules rather than redrawn by hand. Change a panel width or a stud spacing and every downstream drawing, quantity and connection updates with it, so a late design change stops meaning a week of rework.
Design for Manufacture & Assembly
Buildings and building elements developed as manufactured products, designed around the machines, jigs, tolerances and assembly sequence that will actually make them. Part counts come down, handling gets simpler, and the factory receives something built for the way it really works.
Shop Drawings & Fabrication Detailing
Fabrication-ready shop drawings, cut lists, assembly instructions and bills of materials generated directly from the model, so the drawings on your shop floor and the geometry in the design can never diverge. What the fabricator receives is exactly what the contracted engineering firm intended.
Multi-Discipline Coordination
Structural, mechanical, electrical and architectural models brought together and reconciled against one another, with clashes, interferences and access problems surfaced and resolved inside the model rather than argued about six months later in a site trailer.
Analytical & Stick Modelling
Advanced structural stick models built in coordination with architectural, mechanical and electrical drawings, plus custom mesh development for finite element analysis. Built for engineering firms that need modelling capacity without carrying the headcount through the quiet quarters.
Value We Create:
Structural Management Control for Engineering Firms
Engineering firms and architects get specialist modelling capability on demand, for the projects that need it and for as long as they need it, without hiring, training or carrying a modelling team through the months when the work is not there.
Design Intent That Survives The Journey
The intelligence in the model — the rules, the accommodating configuration, the tolerances, the assembly logic — stays with the project. Knowledge that normally lives in one senior person’s head becomes an asset the company owns, traceable and reusable on the job after this one.
Change Absorbed In Hours, Not Weeks
A parametric model treats a design change as a parameter rather than a redraw. When the client moves a wall or the engineer resizes a member, the drawings, quantities and connections follow automatically, and the change stops being the reason your programme slips.
Fewer RFIs, Fewer Clashes, Less Rework
Coordination problems that would have arrived as RFIs, delays and site rework instead show up in the model weeks earlier, where resolving them costs an afternoon of modelling rather than a crew standing around on site waiting for somebody to answer a question.
A Model Your Fabricator Can Build From
The gap between a design that looks right and a design that can be made is where most modular projects lose their money. A DfMA model closes it before the drawings ever reach the shop floor, because the manufacturing constraints were in the model from the first day of work.
Design it so it can be made
We help engineering firms and fabricators focus on what they love doing — engineering and fabrication. Let us take care of the other party's requested changes and communicate them effectively through 3D technology.