Experience ultimate edge quality and tight tolerances. Engineered for rapid prototyping and high-volume production runs across aluminum, mild steel, and stainless steel.
Our state-of-the-art fiber optics deliver a beam spot size of just micrometers, allowing intricate geometries and clean kerfs that traditional CO2 lasers can't match.
Achieve tolerances up to ±0.005″, making it ideal for tight-fitting assemblies, rack enclosures, and precisely aligned mount points.
From delicate 0.020″ shims to 0.250″ structural brackets, the high-density energy of the fiber laser slices through varying thicknesses without thermal distortion.
Our active water-assisted cooling nozzles—the "Cool Line"—spray a precise mist of water directly surrounding the laser beam during the cutting process.
This dramatically reduces heat buildup in thicker materials, preventing part warpage and allowing us to nest parts extremely close together without thermal distortion—saving you on material waste.
To ensure extremely small or thin parts don't tip into the machine bed slats during rapid cutting, we seamlessly program Nano Tabs and Micro Tabs.
At the heart of our machine lies an industrial solid-state fiber laser source. Unlike older CO2 lasers with fragile mirrors, the light is generated in active optical fibers and transmitted directly to the cutting head through a flexible transport fiber.
This advanced process delivers a highly focused beam with a wavelength 10x shorter than CO2. This allows the laser to effortlessly slice through highly reflective metals like aluminum, copper, and brass without damaging internal optics.
Every alloy, finish, and gauge we cut on the fiber laser. Filter by metal, then click any thickness to open its full spec sheet — properties, tooling, and bend data.
Upload your DXF files today. Instant quoting available for up to 500 parts with no tooling costs.
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