Brad Howell had hit a ceiling he couldn't hire his way past.
His company, R&D Specialties, is a UL-certified panel builder that's served the oil and gas industry in Odessa, Texas, since 1983. To grow, he needed more skilled labor. He couldn't find it, and adding untrained staff to a UL-certified shop wasn't a realistic option. The bottleneck wasn't demand, but the gap between what his team designed and what they could physically build.
That gap is the real cost center in manufacturing, and most companies never put a number on it. Manufacturing leaders spend millions optimizing production, while the biggest source of waste happens long before a machine ever starts.
The gap that eats your margin
As a project moves from design to sourcing to fabrication to wiring, information can get lost in the translation at every step. A drawing becomes a bill of materials. A BOM becomes a purchase order. Materials from the purchase order feed the machines on the shop floor. At each handoff, information can get rekeyed, reformatted, or simply lost, and the delay compounds downstream.
This is where the money actually leaks. An engineer revises a BOM, but procurement already ordered long-lead materials that no longer fit. A vendor slips a delivery date, but nobody tells the floor. A wiring harness gets built correctly only because one veteran technician has the schematic memorized — not because the schematic made it to the floor at all.
None of these are technical failures. The engineering is sound; the sourcing works; the fabrication is skilled. What fails is the handoff between them. And because each delay looks minor, the cost hides in plain sight: in supplier escalations, in BOM rework, in the customer call explaining why delivery slipped. Multiply that across every project on the floor, and it shows up exactly where leadership feels it: lower margins and missed deadlines.
Why the gap exists
Most manufacturers didn't design their way into this problem; they grew into it. Design, sourcing, fabrication, and lifecycle management each run on their own tools, added over time as the business needed them, and never intended to talk to one another. Every connection between those tools runs through a person via an email, spreadsheet tracker, or Slack message someone might miss.
That's technical debt with compound interest. A missed update on one project is a rounding error. The same gap, repeated across every project, every work cell, every quarter, becomes a structural drag on the business. The costs are invisible on any single job but unmistakable on the P&L.
The solution means removing the manual translation step entirely, not adding another layer to manage it.
Closing the gap: one thread from design to delivery
Eplan and Rittal close that gap by replacing the handoff with a shared thread. Eplan's engineering software creates a digital twin, a single source of truth from concept through lifecycle management. Rittal transforms that digital intelligence into standardized, scalable manufacturing through integrated infrastructure, automation, and readily available components.
Eplan is the software layer. It carries a project from initial layout through electrical design, mechanical coordination, component sourcing, systems programming and wiring into long-term lifecycle management. Every stage writes to the same database, so any design change is visible to sourcing and fabrication the moment it happens. That database is the digital twin: one source of truth, rather than one project translated five different ways across five different teams.
Rittal is the hardware layer that makes that data buildable. Modular industrial enclosures, thermal management, and power distribution systems are built into Eplan's engineering library. Together, the system guides Rittal Automation System’s CNC machining, wire preparation, and assembly from a single source of truth so there’s no need for handoffs at each step. Rittal's US-based manufacturing and modification centers also remove the uncertainty of overseas custom fabrication timelines; production can happen locally, on a schedule the design data already accounts for.
Combined, they turn a project that used to bounce through multiple formats into one that moves through a single system, from start to finish. Design doesn't hand off to sourcing; it informs it directly. Sourcing doesn't hand off to fabrication; it configures it. The thread doesn't break, because there are no handoff steps left to break it.
That's what closes the gap for an executive lying awake over a project: not a better handoff, but no handoff at all. Will the parts arrive on time? Will the deadline hold? Those questions get answered by the same system that did the design, because it's the system building the part.
Proof: Closing the communication gap
R&D Specialties is the proof of concept for what closing that gap actually does to a business.
After visiting the Rittal Application Center in Houston, Howell adopted Eplan Electric P8, Eplan Pro Panel, and the Eplan Data Portal, paired with Rittal's Perforex machining center and Wire Terminal automation. Now R&D’s software and hardware thread work as one system rather than two.
In under a year, the work that used to require 14 people took eight. That's a 40% productivity gain, achieved not by hiring the skilled labor Howell couldn't find, but by removing the manual handoff steps that had been consuming his existing team's time. In addition to an increase in productivity, throughput also increased as the additional people who used to be needed for the original volume of work now had extra hours available. High-value operations that used to require long-held, institutional knowledge now run on data that travels with the project. Growth stopped being gated by headcount.
The takeaway
The biggest inefficiency in manufacturing often shows up in the space between departments, like the rekeyed BOM, the missed update, or the schematic that only lives in one person's head. Eplan and Rittal close that gap by giving design and production a single continuous thread instead of five disconnected handoffs.
See it for yourself: Visit a Rittal Application Center or explore Eplan and Rittal's resources to map your own path from design to delivery.
