In an industry where strength, precision, and reliability define performance, the utility truck sector demands nothing short of excellence. At the heart of these hard-working vehicles—those that maintain our power lines, repair infrastructure, and keep critical services running—are components that must endure the toughest environments. That’s where Omni Fasteners come in.
Our company has carved out a vital role in this industry by producing custom 304 stainless steel spacers, a seemingly simple yet absolutely critical component in the build and maintenance of utility trucks. What sets us apart isn’t just the materials we use—though 304 stainless steel’s corrosion resistance and durability make it ideal for heavy-duty applications—it’s how we manufacture them.
Each spacer is meticulously produced on our L20 Citizen Swiss CNC machines, known for their exceptional accuracy, high-speed operation, and ability to hold incredibly tight tolerances. With multi-axis machining and bar-fed automation, our L20s allow us to go from raw stainless steel to a fully finished, high-precision part in one continuous operation. The result? Consistent, repeatable quality at scale.
We work closely with our utility truck OEM clients and their tiered suppliers, understanding their specific engineering requirements, timelines, and field constraints. Whether it’s a custom diameter, a unique thickness, or a complex chamfer requirement, our in-house team programs the L20s to meet exact specs—ensuring that every spacer contributes to a safer, more reliable truck on the road.
More than just parts, we deliver peace of mind. Our spacers find their way into suspension systems, mounting assemblies, and engine brackets—small components that take a beating but never fail. Because in the utility industry, failure isn’t an option.
We’re proud to be a behind-the-scenes partner helping power the trucks that power America. And with every 304 stainless steel spacer we machine, we’re reinforcing our commitment to craftsmanship, reliability, and innovation—one part at a time.