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Fiber Optic Lasers
When you need flat parts quickly and consistently, this is what’s running your job.
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Fiber lasers cut brackets, plates, gussets, and panels to your print.
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Tight nesting helps you get more parts per sheet, lowering material waste.
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Clean edges mean less downstream cleanup and smoother assembly.
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Ideal for short runs, repeat orders, and kit work where consistency matters.
Fiber Laser Equipment & Capabilities
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Two fiber lasers (8 kW Mazak OptiPlex III and 5 kW Nukon IPG) with 4 m × 2 m tables, processing sheets up to 6.5' × 13'.
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Cuts stainless, aluminum, carbon steel, copper, and brass with max thicknesses of 7/8" carbon, 3/4" aluminum, 5/8" stainless, and 3/8" copper/brass.
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Handles detailed work, including small holes typically down to about one‑third of material thickness.
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Faster than CO₂ on carbon steel up to 0.500" and comparable on thicker material, with reduced heat input for minimal heat‑affected edges and less distortion.
Water Jets
When your material is thick, special, or can’t tolerate heat, we move it to the water jet.
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Cold cutting preserves material properties—no heat‑affected zone.
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Handles thick plate for bases, wear parts, and critical components.
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Cuts metals, composites, plastics, and other “odd” materials your product may use.
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A smart choice when distortion or hardening would cause you problems later.
Water Jet Equipment & Capabilities
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Two Techi Jet waterjets (72" × 144" and 60" × 120") running at 60,000 PSI for large plate and complex shapes.
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Cut almost any material up to 6" thick (up to 12" in special cases), including bronze, brass, copper, plastics, carbon and stainless steel, aluminum, rubber, wood, stone, ceramics, laminates, and more.
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Cold cutting process—no heat‑affected zone, no hardening, minimal burr, and a machinable edge.
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Smooth finishes often eliminate secondary processing, and tight nesting helps reduce raw material waste on expensive plate and specialty materials.
Metal Sawing
When your design calls for bar, tube, or structural shapes, they start here.
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Sawing preps tube, bar, channel, and angle for frames and supports.
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Straight and miter cuts let us match your length and angle requirements.
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Narrow kerf saves material over long stock.
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Gives you consistent starting pieces for machining, forming, and welding.
Sawing Equipment & Capabilities
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Marvel 380‑A PC3 CNC vertical band saw for ferrous and non‑ferrous sawing, with a 15" × 20" capacity and automatic miter indexing up to 60° either side of 90° for angled cuts.
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Kaltenbach SKL 400 H non‑ferrous cold saw with a 400 mm blade and TigerStop NC gauge, ideal for accurate, repeatable cut lengths on aluminum and other non‑ferrous materials.
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Together, these saws efficiently process bar, tube, and structural shapes to the sizes and angles your frames, supports, and machined blanks call for.
Wire EDM
When a feature is too precise or intricate to risk, wire EDM is what protects it.
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Cuts hardened and difficult materials with very high accuracy.
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Produces profiles and holes that conventional machining struggles with.
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Supports tooling and critical components your process depends on.
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You get the geometry you drew, not a “close enough” version.
Wire EDM Equipment & Capabilities
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Mitsubishi DWC‑90 wire EDM paired with an in‑house heat treatment oven (6" × 9" × 16", up to 1900°F) to harden tool steels before cutting.
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Cuts material up to 6" thick within a 12" × 12" work envelope, handling both large and small parts.
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Ideal for punches, die block openings, and precision features that can’t be conventionally machined—square corners, tight through‑holes, and intricate shapes.
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Achieves tolerances of ±0.0002" or better, including tapered holes and slots, giving you accurate, repeatable geometry on critical components.