By: Natalie Johnson
Data center customers are barely negotiating on price right now. Speed is the only thing they are buying, and Lance Thrailkill, Chief Executive Officer of All Metals Fabricating, is unusually clear-eyed about how temporary that is. “Initially when things are reactionary, it’s about speed to market and price becomes less of a consideration,” he says.
Thrailkill expects the market to settle within two years into something more planned, at which point price returns as a competitive factor. That forecast explains the timing of everything All Metals Fabricating is currently spending money on. The company is installing millions of dollars of automation during the exact period when customers would pay almost anything for delivery, which is the period a fabricator could most easily get by without it.
Why the Capacity Cannot Be Made of People
The demand is real, and the supply base has not kept up. Trillions of dollars are moving into data center construction, and North Texas has become an epicenter, helped by land and power costs that compare well against other major markets. What Thrailkill hears from customers and industry leaders is that there are not enough fabricators to support the pace. Scarcity has turned delivery into the deciding factor, and his hyperscale switchgear partner wins projects by saying yes and delivering faster than competing firms. This is a pressure that lands immediately on everyone supplying them.
Meeting that demand by hiring carries an exposure Thrailkill names without softening it. A shop holding surplus manpower against a possible surge is a shop heading toward a layoff. Automated capacity can sit idle without a payroll attached, then ramp quickly and run high volumes on short lead times. That constraint, rather than any enthusiasm for technology, determines the strategy.
What the Automation Actually Is
Two investments carry most of the weight. The first addresses volume. All Metals Fabricating has fabricated busbars for years, and the demand from scale data centers justified a dedicated punching system that processes parts considerably faster than a laser, a computer numerical control (CNC) turret punch press, or a mill. A busbar punching and bending machine each arrives in October, with automated loading and unloading added to the punching line. Customers want something close to a one-stop shop, and sheet metal alongside busbar covers most of what they consume.
The second addresses flow. Integrated cut-to-bend runs parts straight from cutting into bending, through either a panel bender or a press brake. All Metals Fabricating has elected to go with a panel bender because it forms parts substantially faster than a press brake, and the one-piece flow eliminates deburring as well as handling between each stage. The application suits shelves, panels, and racks, which is most of what goes into a data center.
How a Job Shop Paid for OEM Equipment
An integrated cut-to-bend solution ranges from $3M-$5M in price. An Original Equipment Manufacturer (OEM) designs its parts around a specific machine and can calculate a return on it. A job shop builds to print and has no reliable picture of next month’s work. “You can’t do a math equation to figure out the return on investment on such a solution,” Thrailkill says.
The arrangement he reached moves that calculation to someone able to perform it. All Metals Fabricating is opening a facility inside its customer’s building. The customer is funding roughly $6.5 million of phase one equipment for All Metals Fabricating to run under a lease-to-buy. The result, as Thrailkill describes it, is a customer funding an advanced cut-to-bend line that a shop his size would not otherwise reach.
The partner functions as an OEM and knows its own part mix, which supplies the certainty a job shop has never had access to. The investment did not become affordable; instead, it became calculable. The build continues in stages. Phase two adds an automated laser with automated bending and an automated powder coating line. Phase three establishes a line to laser cut and weld the large and heavy skids, sleds, and containers the industry needs.
Building for the Data Center Market That Comes Next
Thrailkill identifies heavy metal cutting and welding as a void, one that stays open because entering it requires different equipment throughout, from the racks holding material to the machines cutting it, along with cranes and enough floor space to work. He is equally attentive to what happens when the urgency subsides. Operators are assembling modular pods and prefabricated power and cooling modules, and the constant flow of new designs means prototypes have to reach production quickly, which is what a line inside the customer’s facility is built to deliver.
Better planning across the industry would also hand contract manufacturers the input they have always lacked. Anything past eight weeks of visibility would improve on the four-to-eight-week horizon a job shop lives inside, and the annual usage estimates customers provide tend to run inflated enough that nobody can plan against them.
That is the shape of the bet. The boom is paying for equipment that is designed to compete after the boom, once customers start reading invoices again and speed alone stops commanding a premium. To learn more, connect with Lance Thrailkill on LinkedIn.
