Prefabricated Steel Framing
Faster, Smarter Construction for Canadian Builders
What Is Cold-Formed Steel?
Cold-formed steel (CFS) is produced by shaping steel at room temperature, resulting in lightweight yet robust sections that offer a superior strength-to-weight ratio compared to traditional materials and are inherently noncombustible.
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Cold-formed steel framing (CFS Framing), also referred to as lightweight steel framing (LSF) or light gauge steel framing (LGSF) in certain markets, is a framing method that uses cold-formed steel profiles to create strong, precise structural frameworks for efficient and durable construction.
From Design to Delivery:
Our Precision Steel Framing Process
Design & Engineering
Every project begins with an unbroken digital thread. Using the FRAMECAD Steelwise platform, we transform architectural concepts into fully engineered, structurally validated 3D models.
By integrating design, structural analysis, and manufacturing logic into a single BIM environment, we eliminate the costly disconnects inherent in traditional steel stud workflows—ensuring code compliance and manufacturing precision from day one.
Explore the Technical Advantage:
Unlike conventional stud-and-track methods, which typically require iterative coordination between drafting, engineering, and compliance checks, FRAMECAD Steelwise performs structural analysis continuously as the model is developed.
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The software checks load paths, deflection limits, and wind/seismic requirements in real-time per NBCC 2020 and CSA S136 standards. This integrated approach drastically reduces revision cycles and accelerates project approvals.
Every joint, screw pattern, and hold-down anchor is automatically detailed based on exact calculated loads per CSA S136.
The software generates precise connection schedules without manual drafting, guaranteeing strict code compliance and eliminating human error common in traditional 2D steel stud shop drawings.
FRAMECAD Steelwise automatically segments the building model into transportable panels based on shipping constraints and installation sequences.
By engineering the building as a series of prefabricated panels rather than piece-by-piece stick framing, we reduce on-site labor requirements and dramatically accelerate the construction schedule.
Once finalized, the model exports machine-ready production files directly to our FRAMECAD roll-forming equipment. There is zero manual translation, reprogramming, or interpretation required.
This seamless digital thread ensures that what is engineered in the office is exactly what is built in the factory.
Precision Roll-Forming
The digital model becomes physical reality. Design files flow directly into our automated FRAMECAD roll-forming machines, transforming structural-grade Canadian steel into precise profiles in a single, continuous pass.
Every component is cut-to-length, pre-punched, dimpled, and labeled with millimeter accuracy.
Explore the Technical Advantage:
Our machines perform up to 12 operations simultaneously: decoiling, straightening, roll-forming, punching service holes, dimpling, notching, cutting to length, and inkjet printing. This integrated approach produces finished components at high speeds without secondary manual handling.
Computer-controlled motors and precision tooling maintain tight dimensional tolerances across thousands of components. Unlike conventional steel studs that often require field shimming, our precision-formed parts fit together seamlessly every time.
Electrical, plumbing, and HVAC pathways are punched exactly to spec during the forming process, complete with smooth, burr-free edges to protect wiring. This saves MEP trades countless hours of labor and prevents structural weakening caused by field-drilling.
Connection points are pre-dimpled to guide self-drilling screws, prevent "walking" during assembly, and allow each screw to sit flush with the panel surface, while notches are cut for flush joints. Programmed directly from the Steelwise model, these features ensure every panel assembles exactly as engineered.
Prefabrication &
Quality Control
Components are transformed into a precision-engineered building kit. In our controlled factory environment, roll-formed parts are assembled into wall panels, floor cassettes, and roof trusses.
Every panel is built to exact digital specifications, rigorously inspected, and sequenced for delivery.
Explore the Technical Advantage:
Panelization takes place in a dedicated manufacturing facility rather than on an active construction site. By shifting the majority of assembly work indoors, construction is no longer dependent on weather conditions, site constraints, or variable field labor.
This controlled production environment enables greater consistency, improved safety, and more predictable project schedules compared to conventional stick-built construction.
Every panel is assembled by trained professionals directly from the engineered design and manufacturing drawings generated by the Steelwise model. Components are positioned and fastened exactly as specified, ensuring that each assembly accurately reflects the intended structural design.
Throughout production, panels undergo rigorous quality inspections, including material verification, assembly checks, dimensional reviews, and final inspections prior to shipment. Any discrepancies are identified and corrected before leaving the factory, ensuring that every panel arrives on site accurate, compliant, and ready for installation.
Depending on project requirements and client preferences, panels can be delivered as closed wall assemblies with structural sheathing, air barriers, and insulation pre-installed during manufacturing.
This optional approach can significantly accelerate building enclosure, reduce on-site labor requirements, and improve overall project efficiency.
Panels are manufactured, staged, and loaded according to the installation sequence. Components required first are loaded last, providing immediate crane access upon arrival.
This just-in-time logistics strategy minimizes material handling, reduces the risk of damage, and eliminates inefficient on-site storage and sorting.
On-Site Installation
The complete structural package arrives on site ready for installation. Wall panels, floor panels, roof panels, joists, trusses, and other structural components are delivered according to a predetermined erection sequence developed during the design phase.
Whether installed by our crews or the client's team, the process is organized, efficient, and tailored to the specific conditions of the project site, significantly reducing installation time and on-site complexity.
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Explore the Technical Advantage:
Components arrive ready for installation and are erected according to the project-specific erection sequence developed during design. With much of the assembly work already completed in the factory, on-site installation becomes a straightforward process that can often be completed in days rather than weeks.
The simplified installation approach reduces labour requirements, minimizes field fabrication, and helps projects progress more efficiently.
Every project is evaluated to determine the most efficient panelization strategy based on site conditions, access constraints, and available equipment.
Larger panels can be utilized where crane access and staging space allow, while smaller, more manageable assemblies can be produced for constrained urban sites or projects with limited lifting equipment. This flexibility ensures installation remains efficient regardless of site conditions.
By transferring the majority of cutting, fastening, and assembly activities to the factory, on-site work is significantly reduced.
Fewer workers, less material handling, reduced work at height, and minimized field fabrication contribute to a safer, more organized construction environment with fewer opportunities for incidents and delays.
Projects can be installed by our crews, client teams, or a collaborative combination of both.
Detailed installation manuals, erection drawings, and optional on-site supervision ensure that installation proceeds smoothly and according to plan. This flexibility allows clients to choose the level of support that best aligns with their resources and project requirements.
Applications of
Cold-Formed Steel (CFS)
Residential
Cold-formed steel (CFS) framing solutions for residential projects, including:
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Single-family homes
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Townhouses
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Multi-unit residences
Commercial/Industrial
Durable and efficient cold-formed steel (CFS) framing for commercial and industrial buildings, including:
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Retail spaces
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Warehouses
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Light industrial facilities
Accessory Structures
Cold-formed steel (CFS) framed accessory structures suitable for DIY projects or professional construction, including:
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Garages
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Carports
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Sheds
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Workshops
Secondary Units (ADUs)
Modern, detached secondary units designed for DIYers or professional builders to enhance property flexibility, including:
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Garden suites
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Laneway homes
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Accessory dwelling units (ADUs)
Additions & Renovations
Code-compliant cold-formed steel (CFS) framing solutions for expanding and upgrading existing buildings, offering a lightweight and efficient option for construction projects, including:
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Additional storeys
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Rooftop additions
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Building expansions
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Renovations and retrofits
Interior & Partitions
Interior & Partitions
Interior framing for flexible layouts and renovations, including:
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Non-load-bearing partitions
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Office fit-outs
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Interior walls