Cold-Formed Steel Insights

Learn how prefabricated CFS framing reduces material waste through digital design, coil-fed manufacturing, and installation, while accounting for factory scrap.

Learn how cold-formed steel connections use screws, brackets, hold-downs and anchors to transfer loads through a CFS structure and support a continuous load path.

For many people in the construction industry, “steel framing” sounds like a single category. But technically, there is a major difference between conventional steel stud framing and integrated cold-formed steel manufacturing systems such as FRAMECAD. While both use cold-formed steel as the base material, they represent two very different construction philosophies. Traditional steel stud framing is primarily a site-built assembly method. Integrated systems like FRAMECAD combin

Canada’s construction industry is evolving rapidly. With rising labor costs, tighter schedules, harsh weather conditions, and increasing demand for housing, builders are rethinking traditional framing methods. Two leading approaches in light-gauge steel construction are Steel-Framed Stud & Track and Panelized Steel Framing. While both systems use cold-formed steel, modern manufacturing technologies are reshaping the cost and efficiency equation—especially for panelized soluti

When it comes to constructing durable, cost-effective, and sustainable buildings, cold-formed steel (CFS) framing has become a popular choice in both commercial and residential projects. This lightweight but incredibly strong material offers a range of benefits that make it an appealing alternative to traditional wood framing. Let’s explore why cold-formed steel framing is gaining traction in the construction industry. What is Cold-Formed Steel Framing? Cold-formed steel is

FRAMECAD is an innovative, fully integrated system combining software and specialized machinery to automate the design, fabrication, and manufacturing of cold-formed steel (CFS) or Light Gauge Steel Framing (LGSF). This integrated approach offers superior precision, faster processing times, and significantly reduced material waste compared to traditional steel stud framing, which typically relies on manual layout, cutting, and assembly methods. Below, we take a closer look a