If you're running an OEM operation that uses Unistrut metal framing, you already know that direct labor is one of your biggest controllable costs. What you might not realize is how much of that labor gets consumed by activities that add zero value to your finished product.
Every hour your team spends measuring and cutting channels, hunting for the right fittings, or sorting hardware is an hour they're not assembling the products that generate revenue. It's an hour of skilled labor wages spent on preparatory work that doesn't differentiate your offering or improve your competitive position.
At Unistrut Service Company (USC), we work with OEMs who've wrestled with this challenge. They've tried to optimize in-house cutting operations. They've reorganized their stockrooms. They've implemented kanban systems and visual management tools. All of these help at the margins, but they don't address the fundamental inefficiency: Why are you paying assembly-level wages for people to perform fabrication-level work?
Pre-cut and kitted assemblies change the equation entirely. Instead of raw material arriving at your receiving dock and requiring multiple handling steps before it reaches your production floor, you receive components ready for immediate assembly. The measuring, cutting, and parts gathering have already been done, by specialists using equipment designed for exactly that purpose.
Let's break down where the labor savings actually come from, and what that means for your operation.
The Hidden Labor Costs of Raw Material Processing
Most OEMs don't fully account for the true labor cost of processing raw Unistrut channels into production-ready components. The direct cutting time is obvious, but it's only part of the story.
Start with material handling. When a bundle of 10-foot channels arrives, someone needs to receive it, verify the shipment, move it to storage, enter it into inventory, retrieve it when needed, transport it to the cutting area, and eventually move the cut pieces to staging. Each of these touches consumes labor time and introduces opportunities for handling damage or inventory errors.
Then there's the cutting operation itself. Even with a good saw, cutting to length requires setup time, measurement verification, actual cutting, and cleanup. If you're running multiple part numbers with different cut lengths, every changeover adds non-productive time. Your operator needs to adjust stops, verify the new dimension, and run a test cut before processing the production run.
Quality control adds another layer. Someone needs to verify that cuts meet dimensional tolerances, check for burrs or sharp edges that could cause assembly issues or safety concerns, and inspect for damage that might have occurred during cutting or handling. Pieces that don't meet spec need to be scrapped or reworked, consuming additional labor.
Don't forget about the administrative overhead. Every internal cutting operation creates transactions that someone needs to process. Raw material gets checked in. Work orders get created for cutting operations. Completed cuts get logged into inventory. Scrap gets documented. All of this requires data entry, reconciliation, and periodic cycle counting to maintain accuracy.
Perhaps most significant is the opportunity cost. The skilled assemblers and technicians performing these tasks could instead be focused on the assembly work that leverages their expertise and delivers value to your customers. Every hour spent cutting channel is an hour not spent building the products that differentiate your business.
How Pre-Cut Material Eliminates Process Steps
When you source a pre-cut Unistrut channel from USC, multiple labor-intensive steps simply disappear from your operation.
Our CNC production saws can process up to 500 cuts per hour while holding tolerances to +/- 1/16 inch. That's not something you achieve with a portable bandsaw or chop saw. It's precision equipment operated by technicians who spend their entire day cutting metal, not people who cut a few pieces between other assembly tasks.
More importantly, we cut to your specifications in batch runs. If you need 200 pieces at 24 inches and 150 pieces at 36 inches, we set up once per dimension and run the entire batch. The per-piece setup time becomes negligible. Contrast that with in-house cutting where every piece or small batch requires individual attention from your team.
The material arrives at your facility already cut to final dimensions. Your receiving team scans it in, and it moves directly to staging or your assembly line. No intermediate stops in a cutting queue. No work orders to track cutting operations. No scrap reconciliation because we absorbed the cutting waste as part of our service.
Your assemblers open the package and immediately start building. They're not hunting for a saw. They're not measuring and marking. They're not verifying dimensions or deburring edges. They're doing the work your customers actually pay for: assembling your product.
The labor hour savings add up quickly. OEMs who've made this transition consistently report 30 to 50 percent reductions in cutting-related labor hours. But the benefits extend beyond direct labor. When you eliminate process steps, you also eliminate the supervision, quality checks, and administrative work that support those steps.
The Compounding Value of Complete Kitting
Pre-cutting delivers meaningful labor savings, but complete kitting takes the efficiency to another level entirely.
With kitted assemblies, we're not just cutting channels to length. We're gathering all the fittings, fasteners, and hardware needed for a specific assembly and packaging everything together in the exact quantities required. Your team receives a complete kit, ready to build.
Think about the alternative. Without kitting, your assemblers need to retrieve components from multiple locations. They walk to the channel rack for the framing members, then to the hardware bins for bolts and nuts, then to another area for fittings and brackets. Each component retrieval interrupts their workflow and extends assembly time.
Research on manufacturing kitting consistently shows that workers spend less time on parts handling and more time on actual assembly. The reduction in walking and searching translates directly into higher throughput. Assembly cycle times drop because workers aren't leaving their stations to gather components.
Error rates decrease as well. When an assembler is pulling individual components from shared inventory, mistakes happen. Wrong part numbers get grabbed. Quantities get miscounted. Components from different production batches get mixed together. Each error requires time to discover and correct, often after the problem has propagated downstream in your process.
Kitted assemblies eliminate most of these errors. We verify that each kit contains the correct components in the right quantities before it ships. Your assemblers know that everything in the kit belongs together. If something is missing or wrong, it's immediately obvious when they open the package, not halfway through assembly when they discover they're short a bracket.
Kitting also simplifies your inventory management. Instead of tracking dozens of individual part numbers with varying stock levels and reorder points, you're managing fewer complete kit SKUs. Your inventory becomes more predictable, cycle counting becomes less complex, and you reduce the risk of stockouts on individual components that halt production.
The labor savings compound across multiple functions. Assembly becomes faster. Quality control becomes simpler because you're inspecting complete kits rather than individual components. Material handling becomes more efficient because you're moving fewer, larger units rather than many small pieces. Inventory management requires less administrative attention.
Real Numbers: What OEMs Actually Save
Labor cost reduction varies by operation, but the patterns we see across USC's OEM customer base are remarkably consistent.
For cutting and basic material prep, OEMs typically reduce labor hours by 30 to 50 percent compared to in-house processing. That's measuring the time from when raw material enters your facility to when cut components reach your assembly staging area. Some of this comes from our specialized equipment working faster. More comes from eliminating the non-value-added steps in between.
A manufacturer building electrical enclosures using Unistrut framing reported reducing their cutting department headcount from three full-time positions to one, even as production volume increased by 20 percent. The remaining position handles occasional custom cuts for prototype work and engineering changes. Everything for production runs comes pre-cut from USC.
Assembly time improvements are equally significant. OEMs using complete kitted assemblies report 15 to 25 percent reductions in assembly cycle time for Unistrut-based subassemblies. An assembler who previously needed 45 minutes to gather components and build a frame can now complete the same assembly in 35 minutes because the gathering step has been eliminated.
The quality improvements deliver their own labor savings. Scrap and rework rates typically drop because cuts are more precise and kits contain verified components. One conveyor manufacturer told us they eliminated nearly all assembly errors related to missing or incorrect Unistrut components after switching to kitted assemblies. The labor previously spent diagnosing problems, tracking down correct parts, and reworking assemblies got redeployed to building more units.
Floor space becomes available when you're no longer storing full-length stock material and operating cutting equipment. Several OEM customers have repurposed their former cutting areas for additional assembly stations, effectively increasing production capacity without expanding their facility.
Perhaps most valuable, your operation becomes more resilient to labor market volatility. When cutting and kitting happens at USC, you're less dependent on finding and retaining people who can accurately measure, cut, and organize components. Your hiring criteria can focus on assembly skills, not fabrication capabilities. Training time decreases because new assemblers can be productive faster when they're not also learning cutting procedures and part identification.
The Tolerance Advantage You Can't Replicate
There's a technical dimension to pre-cut material that's worth highlighting because it impacts both quality and labor costs.
USC's production saws hold +/- 1/16 inch tolerances consistently across thousands of cuts. That might not sound impressive until you try to match it with manual cutting operations at production scale. A one-time precise cut is achievable with good technique and attention. Maintaining that precision across hundreds or thousands of pieces, across multiple shifts, with different operators, using portable equipment is another matter entirely.
Tolerance inconsistency creates downstream problems that consume labor. Assemblers waste time trying to force ill-fitting components together. They spend time measuring and comparing pieces to figure out which ones are out of spec. They need to rework assemblies that don't meet quality standards because cumulative tolerance stack-up created dimensional issues.
Tight, consistent tolerances from precision cutting equipment eliminate these problems before they occur. Components fit together properly the first time. Assemblies meet dimensional specifications without adjustment or rework. Your quality control process becomes simpler because you're verifying that assemblies were built correctly, not troubleshooting why components don't fit.
The labor savings here are harder to quantify because they show up as reduced problem-solving time, fewer interruptions to workflow, and lower scrap rates. But they're real, and they accumulate over time. An assembly process that runs smoothly without dimensional issues simply requires less labor per unit than one plagued by fit-up problems.
Beyond Labor: The Strategic Benefits
The primary value proposition of pre-cut and kitted assemblies is direct labor reduction, but the strategic benefits extend further.
Your production scheduling becomes more reliable when material arrives ready to use. You're not dealing with cutting backlogs or waiting for a saw to free up before starting a production run. Material shows up, and production starts immediately. This responsiveness improves your ability to meet customer commitments and shortens lead times.
Scaling production up or down becomes simpler. When demand spikes, you don't need to hire and train cutting technicians before you can increase output. You increase your pre-cut and kitted material orders from USC, and your existing assembly team handles the volume. When demand softens, you scale back material orders rather than managing workforce reductions across multiple departments.
Your labor costs become more variable and less fixed. In-house cutting operations carry ongoing overhead regardless of production volume. Equipment maintenance, facility costs, and base staffing create fixed costs that persist even during slow periods. Outsourced cutting and kitting converts these fixed costs into variable costs that scale directly with production.
Cash flow improves when you're not carrying extensive raw material inventory. You're purchasing complete kits that move quickly through your operation rather than maintaining stock of full-length channel and loose components that sit in inventory until needed. Your working capital gets deployed more efficiently.
Quality becomes more predictable. When every kit contains verified components and every cut meets consistent tolerances, your process capability improves. Variation decreases. Your ability to hit dimensional targets and quality specifications becomes more reliable, which reduces inspection requirements and warranty claims.
How USC Makes This Work for Your Operation
Moving to pre-cut and kitted assemblies isn't about simply placing different purchase orders. It requires coordination between your production requirements and USC's fabrication capabilities.
We start by understanding your specific needs. What assemblies are you building? What cut lengths and quantities do you require? How frequently do you need material deliveries to support your production schedule? What are your tolerance requirements and quality specifications?
Our team works with your engineering and operations staff to define the optimal kit configurations. Sometimes a complete kit makes sense. Other times, partial kitting combined with components you stock internally offers the best balance of convenience and flexibility. We adapt our approach to your situation rather than forcing you into a standard package.
For ongoing production, we establish blanket purchase orders that align our material procurement with your production schedule. When you need specific kits in Q3, we're ordering the raw material and scheduling cutting runs in Q1. This advance planning eliminates rush charges, stabilizes pricing, and ensures material availability when you need it.
We provide cutting, kitting, and labeling services that integrate with your production system. Kits arrive labeled with your part numbers and organized for your specific assembly sequence. If you need material staged in a particular way or packaged to prevent damage to sensitive components, we accommodate those requirements.
Our AWS D1.1 certified weld shop, custom painting capabilities, and assembly services mean we can deliver more than just cut and kitted components. If your application requires welded sub-assemblies or finished components with specific coatings, we handle those operations as well. You receive finished parts ready for final integration into your product.
The relationship is ongoing rather than transactional. As your production requirements change, we adjust our cutting schedules and kit configurations accordingly. Need to add a new product variant? We'll work through the bill of materials and set up the appropriate kits. Production volume shifting? We scale our output to match your needs.
Making the Transition
Most OEMs approach the transition to pre-cut and kitted assemblies gradually rather than converting their entire operation overnight.
Start with your highest-volume assemblies or the ones consuming the most cutting labor. These offer the quickest return on investment and allow your team to learn how to integrate pre-cut kitted material into your processes before expanding the approach.
Run a pilot program with specific product lines. Track the actual labor hours saved, quality improvements, and any implementation challenges. Use this data to refine your approach before expanding to additional assemblies.
Many OEMs maintain minimal in-house cutting capability for prototype work, engineering changes, and emergency situations while outsourcing all production volume. This gives you flexibility for one-off requirements while capturing the labor savings on repeatable production runs.
Work with USC's team to identify optimization opportunities. Often, small modifications to your design or assembly sequence can make kitting more effective or reduce costs. We've seen hundreds of similar applications and can suggest refinements based on what has worked well for other customers.
Expect a learning curve as your assembly team adapts to receiving pre-cut kitted material rather than processing raw components. Training and clear communication help smooth the transition. Most operations report that assemblers quickly prefer the kitted approach because it makes their work easier and more predictable.
The Bottom Line on Labor Costs
Every dollar you spend on labor needs to deliver value to your business. Processing raw Unistrut material into cut components and gathering parts for assembly is necessary work, but it doesn't differentiate your product or justify premium pricing. It's overhead that needs to happen but shouldn't consume more resources than absolutely necessary.
Pre-cut and kitted assemblies from USC allow you to eliminate or dramatically reduce that overhead. The labor hours you're currently spending on cutting, deburring, organizing, and parts gathering get redeployed to assembly work that actually creates value. Your skilled workers spend their time building products rather than preparing components.
The cost comparison is straightforward. Calculate what you're currently paying for the labor, equipment, and overhead associated with processing raw Unistrut material in-house. Compare that to the cost of receiving pre-cut and kitted assemblies from USC. Factor in the quality improvements, faster throughput, reduced scrap, and simpler inventory management that comes with outsourcing these operations.
For most OEMs, the economics are compelling. You reduce total labor costs while improving production flow and product quality. Your operation becomes leaner and more focused on the activities that genuinely differentiate your business in the market.
The strategic benefits matter as much as the direct cost savings. Flexibility to scale production up or down. More reliable scheduling and faster customer response. Reduced exposure to skilled labor shortages. Simpler operations that require less management attention. These advantages compound over time, creating an increasingly efficient operation.
If you're ready to explore how pre-cut and kitted assemblies could reduce labor costs in your operation, USC's team can help you evaluate your specific situation. We'll review your current process, identify where the biggest opportunities exist, and provide concrete cost comparisons based on your actual requirements.
Because at the end of the day, the Most Important Part is Your Custom Part. And the most efficient way to build that part is often to let specialists handle the preparatory work so your team can focus on the assembly and integration that makes your product valuable.
Ready to see what pre-cut and kitted assemblies could mean for your labor costs? Contact USC to discuss your specific application and get a detailed cost analysis. Or visit our cutting, kitting, and bundling page to learn more about how we help OEMs reduce shop floor labor while improving quality and throughput.