Cold-Formed Steel Insights

FRAMECAD and traditional CFS framing differences come down to workflow, precision, labour, waste, speed, coordination, and project fit.

In the world of cold-formed steel (CFS Framing) construction, small innovations often make a significant difference in productivity, quality, and installation efficiency. One such innovation is the use of screw dimples in FRAMECAD steel framing systems and similar advanced framing technologies. While they may appear to be a minor detail in the manufacturing process, screw dimples provide important benefits that improve both the framing assembly process and the installation of

FRAMECAD technology integrates intelligent design software with automated, computer-driven manufacturing to streamline the creation of cold-formed steel (CFS) framing. In contrast, traditional CFS refers to the general use of light gauge steel in construction, commonly relying on less automation. The primary distinctions between the two approaches are evident in areas such as automation, accuracy, waste management, and overall efficiency. FRAMECAD automates the entire process

In Canada’s demanding climate — from coastal moisture in British Columbia to deep freezes and heavy snow loads in Alberta and Ontario — the durability of structural framing is a critical decision. For decades, wood framing has dominated low-rise residential construction. However, cold-formed steel (CFS) framing is gaining momentum — not only because of durability, but also due to advances in automation, integrated design, and prefabrication that are significantly reducing upf

Galvanized steel stands out as an ideal material for cold-formed steel (CFS) framing due to its excellent corrosion resistance. This characteristic is crucial for safeguarding thin steel components from rust, thereby extending the structure's lifespan—particularly in environments prone to moisture or saltwater exposure. Its corrosion resistance minimizes maintenance demands and reduces long-term costs, while maintaining durability against issues like warping, cracking, and ro

When it comes to building materials, durability often tops the list of priorities for architects, builders, and homeowners alike. Two popular choices—wood framing and light steel framing—each bring their unique strengths to the table, but one clearly outshines the other in long-term performance. Let’s explore how these materials stack up side by side. Why Light Steel Framing Leads the Pack Light steel framing stands out as a champion of resilience, thanks to its natural re