When OEMs evaluate suppliers, the initial conversation typically starts with part numbers, unit pricing, and lead times. These are important metrics, but they represent only a fraction of the total value a supplier relationship can deliver.
At Unistrut Service Company (USC), we've found that the most successful OEM partnerships are built on something deeper than transactional part procurement. They're built on value-added services that reduce total costs, accelerate time-to-market, and free up internal resources for the work that truly differentiates your products.
The challenge is that these benefits often remain invisible in traditional cost accounting. Engineering support doesn't show up on a purchase order line item. The labor hours you don't spend cutting material never appear in a variance report. The production problems you avoid through better design never get documented because they never happened.
But these invisible benefits deliver very real returns. Let's break down the actual ROI that OEMs achieve through strategic use of value-added services, and why the lowest unit price rarely represents the lowest total cost.
The Hidden Costs of the "Just Parts" Approach
Most OEMs start their Unistrut sourcing by purchasing standard catalog items. You identify the parts you need, find a supplier offering competitive pricing, and place orders as required. On the surface, this seems like a straightforward, cost-effective approach.
The problems emerge when you step back and look at the total cost of getting those parts into your finished products.
Your engineering team needs to design assemblies without deep expertise in Unistrut systems. They're working from catalog data and general mechanical engineering principles, but they may not know the nuances of which channel profiles work best for specific applications, which fittings offer the best combination of strength and assembly ease, or where design choices inadvertently add cost without improving performance.
This knowledge gap leads to over-engineered solutions, missed optimization opportunities, and occasionally, designs that don't perform as expected under real-world loads. Each of these issues carries costs that don't show up in the parts pricing but definitely impact your bottom line.
Once you receive material, your team needs to process it into production-ready components. Raw channel gets measured, cut, deburred, and organized. Fittings and hardware get pulled from inventory and staged for assembly. Quality checks verify dimensions and identify any issues before components reach your production floor.
All of this work consumes labor hours and creates opportunities for errors. A mismeasurement means scrap and rework. Missing components halt production. Burrs and sharp edges create safety issues or assembly problems. The "cheap parts" you purchased require expensive internal processing before they deliver value.
Your production scheduling needs to account for this processing time. Material doesn't move directly from receiving to assembly. It sits in queues, waiting for cutting capacity or kitting labor. This extends lead times and reduces your responsiveness to customer demands.
Engineering Support: The ROI of Getting It Right the First Time
USC's engineering team brings over 100 years of combined experience working specifically with Unistrut systems. This specialized expertise delivers value that's difficult to replicate internally unless you're working with metal framing at massive scale.
When we review an OEM's design, we're looking for opportunities to optimize performance, reduce costs, or improve manufacturability. Sometimes this means recommending a different channel profile that provides the same structural capacity with less material. Other times, it's suggesting a fitting alternative that simplifies assembly or reduces part count.
The financial impact shows up in multiple ways. Material costs decrease when designs use appropriately sized components rather than defaulting to heavier profiles out of caution. Assembly labor drops when connections are designed for ease of installation rather than just structural adequacy. Quality improves when designs account for normal manufacturing tolerances rather than requiring precision that's difficult to maintain in production.
The engineering support also reduces your time-to-market. Instead of your team researching load tables, evaluating connection options, and working through design iterations, our engineers provide guidance based on hundreds of similar applications they've already solved. What might take your team weeks of analysis and iteration, we can often resolve in days because we've seen the same challenges before.
For complex applications requiring structural validation, we provide PE-stamped engineered drawings that ensure compliance with applicable codes (IBC, ASCE 7, AISC, AWS D1.1, OSHA). This eliminates uncertainty about whether your design meets requirements and provides documentation your customers may need for their own compliance obligations. The alternative is paying outside structural engineers to validate your designs or accepting the risk that your internal analysis might have missed something.
The ROI calculation is straightforward: compare the cost of our engineering support against the value of optimized designs, faster development cycles, and validated compliance. For most OEMs, the return is measured in multiples, not percentages.
Precision Cutting: Converting Fixed Costs to Variable Costs
We've already discussed the labor savings from pre-cut material in a previous article, but the financial benefits extend beyond direct labor reduction.
When you maintain in-house cutting operations, you're carrying fixed costs regardless of production volume. Equipment depreciation, facility space, maintenance, and base staffing create ongoing expenses that persist even during slow periods. These fixed costs need to be absorbed by your production volume, which means your per-unit costs increase when demand softens.
Outsourcing cutting to USC converts these fixed costs into variable costs that scale with your production. You pay for cutting services only when you need them, in the quantities you need them. During high-volume periods, you're not constrained by internal capacity limitations. During slow periods, you're not carrying idle cutting capacity.
The freight savings can be substantial on larger orders. Full-length 20-foot channel ships via LTL freight, which is expensive. Cut-to-length material often ships via parcel services at significantly lower rates. On high-volume orders, these freight savings alone can offset a significant portion of the cutting service costs.
Calculate the total cost of your internal cutting operations including equipment, labor, overhead allocation, scrap rates, and the opportunity cost of the floor space and management attention. Compare that to the landed cost of receiving pre-cut material from USC. Most OEMs discover that outsourcing delivers better economics while improving quality and reducing complexity.
Kitting Services: The Multiplication Effect on Assembly Efficiency
Complete kitting takes the efficiency gains from pre-cut material and multiplies them across your entire assembly process.
When assemblers receive complete kits containing all components for a specific assembly, several cost drivers improve simultaneously. Walking and searching time drops because components don't need to be retrieved from multiple locations. Parts handling errors decrease because kits contain verified components in correct quantities. Inventory management simplifies because you're tracking complete assemblies rather than dozens of individual part numbers.
The impact on assembly cycle time is typically 15 to 25 percent reduction compared to situations where assemblers gather their own components. This isn't just about walking faster or searching more efficiently. It's about eliminating an entire category of non-value-added activity from the assembly process.
Training time decreases for new assemblers. They don't need to learn where every component is stored or how to identify different part numbers. They open kits and build assemblies. The learning curve compresses from weeks to days, which matters significantly in tight labor markets where new hire productivity impacts your bottom line.
Quality consistency improves because kit contents are verified before shipment. You're not depending on individual assemblers to pull the correct components from shared inventory. Human errors in parts selection get caught during kitting rather than discovered during assembly or worse, after the product ships to a customer.
Your inventory turns faster because you're not maintaining extensive stocks of individual components with varying usage rates. Complete kits move through your facility quickly rather than sitting as individual parts waiting to be consumed. This reduces working capital requirements and improves cash flow.
The administrative burden decreases. Fewer part numbers to track, simpler cycle counting, reduced inventory reconciliation, less time spent managing stockouts of individual components that halt production. All of these simplifications free up resources for activities that create value.
Fabrication and Assembly: Focus on Your Core Competencies
For more complex requirements, complete fabrication and assembly services allow you to receive finished components ready for integration into your products.
This goes beyond cutting and kitting to include welding, custom finishing, and sub-assembly work. USC's AWS D1.1 certified weld shop can produce welded frames or assemblies to your specifications. Our custom powder coating capabilities deliver components in your specific brand colors. Our assembly services can build complete sub-systems that you simply bolt into your final products.
The strategic value here is focus. Every hour your team spends on Unistrut fabrication and assembly is an hour they're not spending on the specialized work that differentiates your products. Unless metal framing fabrication is a core competency that creates competitive advantage, you're better served having specialists handle it while your team focuses on what makes your products unique.
The financial case depends on your specific situation, but the pattern is consistent. Calculate what it costs you to perform fabrication and assembly internally including all labor, equipment, overhead, and opportunity costs. Compare that to the cost of receiving finished components from USC. Factor in the quality improvements from having specialists perform the work and the flexibility to scale capacity up or down without workforce management challenges.
For many OEMs, the economics strongly favor outsourcing. For others, keeping some capabilities in-house for prototyping or special situations makes sense while outsourcing production volumes. The key is making an informed decision based on total costs rather than just material pricing.
Blanket Purchase Orders: Predictability in an Unpredictable Market
The steel market has experienced significant volatility in recent years, creating budgeting challenges for OEMs. Prices spike unexpectedly. Lead times extend without warning. Material availability becomes uncertain just when you need to ramp production.
USC's blanket purchase order program helps insulate you from this volatility. When we establish a blanket PO for your annual Unistrut requirements, we're committing to supply material at agreed-upon pricing throughout the contract period. We manage the upstream relationships with mills and handle the procurement planning to ensure material availability aligns with your production schedule.
This creates several financial benefits. Your bill of materials pricing remains stable, which protects project margins and simplifies customer quotations. You're not exposed to spot market price swings that can make products unprofitable if steel costs spike after you've committed to customer pricing.
Material availability becomes predictable. The channel and fittings you need in Q3 are already in motion in Q1 because we're planning our mill orders based on your forecasted requirements. You're not scrambling to find material when unexpected demand surges create industry-wide shortages.
Administrative burden decreases. Instead of placing individual purchase orders for every production run, you release against the blanket. This reduces procurement workload and simplifies supplier management.
The risk reduction value is significant. In volatile markets, supply predictability is worth paying for because the alternative is production disruptions, expedited freight charges, or the need to substitute materials that don't match your original specifications.
Calculate what supply chain uncertainty costs you in terms of safety stock, rush orders, production interruptions, and the management time spent fire-fighting material shortages. Compare that to the value of predictable supply and stable pricing. For most OEMs, blanket purchase orders deliver clear positive returns.
Custom Finishing: Brand Consistency and Durability
Standard Unistrut finishes (pre-galvanized, hot-dip galvanized) work well for many applications, but some OEMs need custom colors for brand consistency or specialized coatings for environmental protection.
USC's powder coating capabilities allow us to finish components in your specific brand colors. This matters for equipment builders who want their internal structures to match their overall product aesthetics, or for applications where the Unistrut framing is visible to end users.
The alternative is painting in-house, which requires space, equipment, expertise, and environmental compliance. Unless you're already running a paint operation at a significant scale, outsourcing finishing makes economic sense. You avoid the capital investment in paint booths and curing ovens, eliminate the regulatory burden of managing coatings and emissions, and don't need to develop specialized skills in achieving consistent finish quality.
For corrosive environments, custom coatings can extend service life significantly. The upfront cost of specialized finishing becomes trivial compared to the expense of premature component replacement or the warranty costs of equipment failures due to corrosion.
Calculate the total cost of in-house finishing including equipment, facility requirements, labor, environmental compliance, and quality control. For most OEMs, outsourcing delivers better economics and more consistent results.
Making the Strategic Shift
Moving from transactional parts purchasing to strategic use of value-added services requires a shift in how you evaluate supplier relationships.
Stop optimizing for lowest unit price and start optimizing for lowest total cost. This means looking beyond the purchase order to understand all the costs of getting material into finished products. Include internal labor, overhead, quality costs, inventory carrying costs, and the opportunity cost of resources deployed on non-differentiating activities.
Engage potential partners early in your design process rather than after designs are locked. USC's engineering team can provide the most value when we're reviewing concepts and early designs, not after you've committed to specific configurations that may not be optimal.
Start with pilot programs on specific product lines rather than converting everything simultaneously. This allows you to validate the benefits with real data from your operation before expanding the approach across your entire business.
Measure the right metrics. Track total cost per assembly, not just material cost. Monitor assembly cycle times, quality rates, and resource utilization. These metrics will show the true impact of value-added services.
Build partnerships rather than managing transactions. The greatest value comes from suppliers who understand your business deeply enough to proactively suggest improvements and adapt their services to your specific needs. This requires ongoing communication and shared objectives beyond just current orders.
The Bottom Line on Value-Added Services
The ROI from strategic use of value-added services typically ranges from 20 to 40 percent reduction in total costs compared to traditional parts-only purchasing. These aren't marginal improvements. They're step-changes in efficiency that impact your competitiveness.
USC's value-added services exist specifically to enable this strategic focus. We handle the engineering, cutting, kitting, fabrication, and finishing of Unistrut components so your team can concentrate on designing, building, and supporting the products that make your business valuable.
If you're ready to move beyond parts purchasing to a strategic partnership that reduces total costs and improves your operational efficiency, USC's team can help you evaluate your specific situation and quantify the potential returns.
Because at the end of the day, the Most Important Part is Your Custom Part. And the best way to produce that part efficiently is often to let specialists handle the preparatory work while your team focuses on the assembly and integration that makes your product valuable.
Ready to explore the ROI of value-added services for your operation? Contact USC to discuss your specific requirements and see how engineering support, cutting, kitting, fabrication, and finishing services could reduce your total costs while improving quality and efficiency. Or visit our services page to learn more about the complete range of capabilities we offer to OEM partners.