Cold-Formed Steel Insights

old-formed steel isn't confined to one category of Modern Methods of Construction. It spans prefabricated components, panelized systems, and even volumetric applications, and FRAMECAD's CNC-driven production means custom geometry doesn't cost the efficiency that repetition usually buys.

Cold-formed steel used to mean identical studs and repeated spacing. Digital manufacturing is changing that, letting every profile in a structure be engineered and produced differently, without slowing down production.

Cold-formed steel (CFS) framing has long been valued for its strength, durability, and consistency. But in today’s construction environment—where margins are tight and timelines are compressed—the real advantage of CFS is being unlocked through technology. Specifically, the combination of integrated digital design and machine-driven fabrication is reshaping how projects are delivered, turning what was once a labor-heavy process into something far closer to precision manufactu

Pre-engineered steel framing with Cold-Formed Steel (CFS) is increasingly being adopted across Canada as a modern, efficient, and sustainable construction system. By combining factory-engineered steel components with light-gauge cold-formed steel sections, this approach delivers speed, precision, and performance—qualities well suited to Canada’s construction environment and regulatory framework. From residential developments to commercial and institutional buildings, CFS-base

In today’s construction market, effective cost control is just as important as structural performance. One technology making a major impact is prefabricated light-gauge steel framing, especially when powered by automated systems such as FRAMECAD. By moving framing from the jobsite to the factory—and by using intelligent design-to-production workflows—builders are achieving significant cost savings, faster schedules, and more predictable results. Here’s how prefabricated ste

Toronto is in the midst of a housing crisis. With its population growing steadily and demand for affordable housing skyrocketing, the city is striving to increase residential density, particularly in its central urban areas. A crucial part of the solution is multi-unit residential buildings—specifically, the push for sixplexes, which can offer more affordable housing options within the city’s core. But how can the construction of these buildings be accelerated without comprom