Collin Slade specializes in plate processing and cutting automation solutions at Capital Machine. Collin works closely with fabricators in industries such as bridge and structural steel to engineer processing systems that combine cutting, drilling, and beveling in a single setup, reduce material handling, and return skilled labor to higher-value work.
Companies with long histories don’t invest in capital equipment because it’s new. They invest because it solves real manufacturing problems and provides a measurable return.
That was the mindset of a sixth-generation, family-owned bridge fabricator with more than 150 years of history when they approached us in April 2024.
The company already owned a plasma and drill machine. The problem wasn’t that they lacked technology — it was that they had outgrown it. Their existing table was too small to handle the plates they needed to manufacture, and whenever a part exceeded the machine’s capacity, it became a manual operation.
Operators would plasma cut the plate, move it to another station, and then manually mag drill every hole. It was labor-intensive, time-consuming work that kept skilled employees tied up in repetitive tasks.
The company also wanted to bevel cut its plate. Beveled edges improve the fit-up between components and achieve better weld penetration — but accomplishing that on the existing equipment meant adding yet another manual operation.
Redesigning the Operation, Not Just Replacing the Machine
As we evaluated their workflow, one thing became clear: this wasn’t simply a machine replacement. It was an opportunity to redesign their entire plate processing operation.
The solution was a Messer TMC 4500 dual-beam, a multi-process fabrication center capable of plasma cutting, oxy-fuel cutting, drilling, and bevel cutting on one platform.
The system was built around a 150-foot table — a size the company would never outgrow. Instead of moving large bridge plates from machine to machine and drilling them by hand, operators load a plate once and the machine performs every operation in a single setup.
That single change rippled through the operation. It reduced material handling, eliminated multiple setups, improved accuracy, and significantly increased throughput.
Beveling followed the same logic. Instead of manually preparing weld edges, the machine cuts accurate bevels during the cutting process, creating better fit-up between parts and improving weld penetration — which reduces downstream fabrication work.
Multiple Manual Operations Eliminated
The results have exceeded the customer’s expectations.
The new system eliminated the mag drilling and manual beveling processes — operations that had been costing approximately $110 per hour in labor. The employees who performed that work have been redeployed to higher-value roles, while the machine performs those operations faster, more accurately, and with consistent quality.
Just as importantly, the process became predictable. One plate is processed like the next, with cutting, drilling, and beveling controlled by the same platform instead of depending on how many times a part had to be moved and re-fixtured.
Why Single-Setup Processing Matters in Heavy Plate
The pattern this fabricator faced is common across heavy plate manufacturing.
A shop’s equipment defines a capacity envelope, and everything inside it runs efficiently. But the parts that fall outside that envelope — the oversized plates, the operations the machine can’t perform — quietly become manual work. Each workaround looks manageable on its own. Added together, they consume skilled labor, multiply material handling, and introduce variation every time a part is moved and repositioned.
That’s why the right question when evaluating cutting equipment often isn’t just “how big” or “how fast.” It’s how many operations can be completed in a single setup, how much material handling can be removed from the process, and where skilled employees are spending hours on work a machine can do faster and more consistently.
The Takeaway
To me, this is what makes a project like this special. We didn’t just sell a larger cutting table. We helped the customer rethink their manufacturing process by combining cutting, drilling, and beveling into a single automated operation.
The result: less labor, less unnecessary material handling, better weld quality — and a 150-year-old bridge manufacturer that’s still investing in its future.