Imaging and Labs Cold Formed Steel | NexGen Steel Construction

What if you could build imaging centers and diagnostic labs 70% faster and with sub-millimeter precision?

In modern healthcare construction, where precision is paramount and delays are costly, imaging and labs cold Form steel (CFS) is rapidly becoming the preferred solution.

It provides the structural integrity needed to support heavy, multi-ton equipment while maintaining the exacting tolerances required for radiation shielding and magnetic resonance imaging (MRI) compatibility.

Traditional wood framing and even standard heavy structural steel often struggle to meet these demands in terms of speed, cost-efficiency, and accuracy.

NexGen Steel’s proprietary 3D-printed cold-formed steel technology directly addresses these challenges, offering a 30% cheaper and 70% faster alternative that is 4 times stronger than wood.

The transition to cold-formed steel in healthcare is driven by the need for speed to clinical revenue.

For a $10M imaging project, a 2-month delay in construction can result in over $300,000 in interest carry costs alone, not including the lost revenue from patient services.

NexGen Steel’s CORE methodology accelerates the path to a weatherproof envelope, allowing specialized medical trades—such as electricians, plumbers, and shielding experts—to begin their work weeks earlier than traditional schedules allow.

By integrating BIM (Building Information Modeling) with precision 3D printing, NexGen eliminates the need for on-site measuring and cutting, reducing material waste to less than 1%.

What is Cold-Formed Steel for Imaging and Labs?

Cold-formed steel (CFS) for imaging labs meets ASTM C645/C955 standards, using 33-50 ksi yield steel.

This material is manufactured by roll-forming metallic-coated steel sheet into specific shapes like studs, tracks, and headers at room temperature.

Unlike hot-rolled structural steel, CFS is lightweight and easier to handle on-site, yet it provides the necessary strength to support the heavy dead loads of medical equipment.

According to MRI Steel Framing, these products must be manufactured using Certified Steel to ensure traceability and performance consistency in critical healthcare environments.

Industry Standards and ASTM Compliance

In the context of medical labs, structural integrity is governed by strict regulations.

All NexGen Steel framing components comply with AISI S100-16 (North American Specification for the Design of Cold-Formed Structural Members) and meet the requirements of the IBC 2021 Building Code.

Specifically, non-structural elements like interior partitions for imaging rooms must adhere to ASTM C645, while load-bearing walls that support heavy lead shielding or ceiling-mounted C-arms must meet ASTM C955 standards.

These certifications guarantee that the framing will not deflect under the weight of diagnostic machinery, preventing costly recalibrations of sensitive imaging sensors.

The Evolution of Precision Manufacturing

Traditional roll-forming machines produce steel in high volumes—up to 500 linear feet per minute—but often lack the granular customization required for complex lab layouts.

NexGen Steel bridges this gap by utilizing 3D-printed technology that achieves 1mm tolerances.

This level of accuracy is superior to the typical 1/4" tolerance found in wood framing or standard steel.

For imaging labs where every millimeter counts for the alignment of RF (Radio Frequency) shielding and lead-lined drywall, this precision eliminates field-cutting and ensures a perfect fit for every pre-assembled panel.

Applications in MRI and Imaging Facilities

CFS builds stable supports for heavy imaging equipment like MRI machines, ensuring no patient contact needed.

Cold-formed steel (CFS) is vital for the structural parts of healthcare facilities because its strength and cost-effectiveness make it essential for durable environments.

According to Prototek, CFS is widely used to build frames that hold heavy medical devices, ensuring they stay secure and stable during operation.

In an MRI suite, the framing must not only support the weight of the magnet but also facilitate the installation of specialized copper or steel shielding to contain the magnetic field.

Structural Support for Heavy Medical Devices

Imaging equipment, such as CT scanners and MRI machines, can weigh between 10,000 and 45,000 pounds.

NexGen’s 3D-printed steel framing is engineered to support these loads through high-capacity 2x6 studs and custom-printed floor trusses.

The ductile nature of steel allows these structures to absorb the vibrations generated by rotating gantry systems without compromising the structural integrity of the building.

This is a critical advantage over brittle wood connections, which can loosen over time due to the mechanical stress of medical machinery.

Non-Magnetic Framing and Shielding Solutions

MRI environments require non-ferrous materials within the "fringe field" to prevent interference with imaging quality.

While the primary structure is often steel, cold-formed steel framing provides the ideal substrate for mounting the specialized RF shielding required for MRI rooms.

NexGen’s G60 or G90 Hot-Dipped Galvanization ensures that the framing remains chemically inert and resistant to corrosion, which is vital in labs that undergo frequent sterilization.

The inorganic nature of steel also means it will not harbor mold or bacteria, maintaining the sterile environment required for clinical settings.

Benefits of 3D Printed Cold-Formed Steel

3D printed CFS offers precision over roll-forming (500 LF/min), custom lab designs, reducing costs like $9M MRI savings via modular builds.

The ability to convert architectural drawings into a full 3D framing model using proprietary software like Scott Steel allows for a level of foresight impossible with traditional methods.

This digital-first approach ensures that every wall, window opening, and utility pass-through is accounted for before a single piece of steel is printed.

This eliminates on-site conflicts between framing and specialized medical gas lines or high-voltage electrical conduits.

Sub-Millimeter Precision for Complex Lab Layouts

Diagnostic labs often feature dense MEP (Mechanical, Electrical, and Plumbing) systems.

Traditional framing requires tradespeople to drill through studs on-site, weakening the structure and creating waste.

NexGen’s 3D printing process includes pre-punched service holes and exact-length cuts, allowing for a "screw gun only" installation.

This deskilled labor model means a crew of 2-3 people can stand up a 2,500 sq ft facility in just 2-3 days, drastically reducing the reliance on highly skilled, high-cost framing contractors.

Unprecedented Speed to Clinical Operation

In the healthcare sector, time is literally money.

NexGen Steel can manufacture a 2,500 sq ft medical facility in a single day and have the panels ready for on-site erection immediately.

This 40% faster construction timeline allows hospitals and private practices to start seeing patients months earlier.

For a facility generating $20,000 in daily revenue, finishing a project 60 days early equates to $1.2M in additional top-line revenue, far outweighing any minor material cost differences between steel and wood.

Material Specs and Certifications for Clinical Environments

Certified steel meets IBC 2021, AISI S100-16; third-party tested for loads.

Corrosion-resistant for sterilization in labs.

Because NexGen uses US recycled steel, it also contributes to LEED certification and hospital sustainability goals.

The material science behind cold-formed steel ensures it is non-combustible (Class A Fire Rating), which is a non-negotiable requirement for many healthcare facility classifications under the International Building Code.

Seismic Resilience and High-Velocity Wind Protection

Medical labs often house millions of dollars in sensitive equipment.

NexGen Steel is approved for High-Velocity Hurricane Zones and is compliant with Seismic Design Categories D, E, and F.

The ductile steel connections are engineered to flex without fracturing, ensuring that an earthquake or high-wind event does not result in the catastrophic loss of imaging assets.

According to the CFSEI, seismic design for hospitals is a critical safety factor that determines a facility's ability to remain operational after a disaster.

Corrosion Resistance and Longevity

Clinical environments require rigorous cleaning protocols that can introduce moisture into the wall cavity.

Wood framing is susceptible to rot and mold, which can compromise the sterile nature of a lab.

NexGen’s steel framing is resistant to rot, termites, and warping, ensuring the structure remains straight and intact for at least 50 years.

This longevity is supported by G90 hot-dipped galvanization, which provides a superior protective coating compared to standard industry finishes.

How Much Does Steel Framing Save in Medical Lab Construction?

While steel studs may cost 15-20% more than raw lumber, the Total Cost of Wall reveals significant savings.

These savings come from a combination of 40% faster installation, zero on-site waste (eliminating the need for dumpsters), and the total elimination of callbacks for warping or settling.

In a healthcare setting, where wall finishes often include expensive lead-lined drywall, any settling of the frame can cause cracks in the shielding, leading to radiation leaks and failed inspections.

Insurance Premium Discounts and NOI Impact

Building with non-combustible steel triggers massive insurance benefits.

Homeowners and commercial facility operators using NexGen Steel framing can receive a 20% to 40% discount on property and casualty insurance premiums.

According to Marsh McLennan, moving from a "frame" (Class 1) to a "non-combustible" (Class 4-6) ISO building classification dramatically reduces fire risk assessments.

For a large medical lab complex, these savings directly improve Net Operating Income (NOI) and increase the overall property valuation.

Labor Savings and Simplified Assembly

The CORE Methodology (Design → Print → Kit → Assemble) allows NexGen to provide a deskilled installation process.

Because panels arrive pre-labeled and pre-assembled with built-in window and door rough openings, the complexity of the build is shifted from the field to the factory.

This eliminates the need for highly skilled master framers, who are increasingly scarce and expensive.

A 2,500 sq ft imaging suite can be fully framed in 2-3 days, allowing the project to stay on track even in labor-constrained markets.

Case Studies and Real-World Examples

Shipping container MRI lab saved $9M; MRI Framing processes 350K tons steel yearly for precise healthcare framing.

The use of innovative materials in medical imaging is not new, but the scale of savings is becoming more pronounced.

A notable project involved a modular MRI lab that saved a hospital $9 million by utilizing advanced fabrication techniques instead of traditional on-site construction (Source: Conexwest).

This proof point highlights the massive economic advantage of moving away from stick-built methods.

Proven Track Record in Production

NexGen Steel’s leadership team brings a historical production track record of manufacturing over 4,000 steel structures.

This experience, combined with co-founder Chad Brown’s 30 years in construction, ensures that every healthcare project is backed by technical expertise.

By leveraging automated roll-forming and 3D modeling, NexGen provides a level of price certainty that traditional lumber cannot match, with volatility typically capped at ~5% annually compared to 30-50% for wood.

Precision in MRI Suite Execution

In a recent diagnostic center build, the use of NexGen’s panelized steel framing allowed for the installation of a 15,000lb MRI magnet weeks ahead of schedule.

The sub-millimeter precision of the 3D-printed floor trusses meant that the floor was perfectly level, requiring zero shimming for the magnet’s base.

This saved the facility thousands in specialized technician labor and ensured that the equipment’s calibration was perfect from day one.

Why NexGen Steel for Healthcare Labs?

NexGen's 3D printed CFS beats competitors with speed, customization for seismic-safe imaging labs, filling gaps in traditional framing.

While many companies offer basic cold-formed steel, NexGen is the only provider offering a full-scope framing solution that includes design, engineering, manufacturing, and delivery of 3D-printed panels.

Our facility is equipped with three distinct roll-forming machines (2x4, 2x6, and hatch channel) to create a comprehensive structural solution from walls to roof trusses.

The CORE Methodology Advantage

The CORE process ensures that your medical facility is built with a zero-waste mindset.

By printing only what is needed based on the 3D model, NexGen eliminates the scrap piles common on wood job sites.

This "clean site" environment is essential for healthcare expansions where construction may be occurring adjacent to active clinical areas.

No dumpsters, no saw dust, and no loud cutting noises mean less disruption to patient care.

Certified Builder Partners

NexGen works with Certified Builder Partners who gain a significant competitive advantage in the healthcare market.

By offering a structurally superior, non-combustible, and disaster-resilient framing option, these builders position themselves as the exclusive choice for medical providers who prioritize the safety of their patients and the longevity of their high-value equipment.

Our detailed proposals include pricing and timelines that offer price certainty in an otherwise volatile market.

In conclusion, choosing Imaging and labs cold Form steel from NexGen Steel is not just a construction decision; it is a financial and operational strategy.

By combining 3D-printed precision with the inherent durability of US-recycled steel, NexGen provides the healthcare industry with a framing solution that is faster, stronger, and more cost-effective than anything else on the market today.

Whether you are building a new diagnostic lab or expanding an existing imaging center, NexGen Steel ensures your facility is built for the future.

For more information on the standards governing steel construction in healthcare, visit the Cold-Formed Steel Engineers Institute or explore the technical resources provided by the ASTM International.