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Your parts come back with smooth edges and zero heat-affected zones. That means no secondary finishing to remove burn marks or warped material. No cracking on thin gauge metals.
Waterjet cutting metal doesn’t change the material properties. The cold cutting process keeps your steel, aluminum, or titanium structurally sound—critical when you’re working on aerospace components, automotive parts, or architectural elements where integrity matters.
You also get tighter nesting and less scrap. The narrow kerf width means more usable parts per sheet, which directly impacts your material costs. Whether you’re running one prototype or a hundred production pieces, the process stays consistent.
We serve architects, contractors, and manufacturers across East Patchogue, NY with precision cutting services that show up on time. We’ve built our reputation on same-day quotes and equipment that doesn’t sit idle when you’re on a deadline.
Our shop runs multiple CNC waterjet systems, so if one machine gets tied up on a long run, your job doesn’t wait three days. We keep backup capacity because we know what it’s like when a supplier goes dark for 48 hours and your project timeline collapses.
East Patchogue’s manufacturing and construction sectors need fast, accurate metal cutting without the runaround. That’s what we’re here for.
You send us your CAD file or design specs. We review it, confirm material type and thickness, and send back a quote—usually within the hour, not three days later.
Once you approve, we program the CNC waterjet system with your exact dimensions. The cutting head uses a high-pressure stream of water mixed with garnet abrasive to slice through your metal. No heat, no blades, no material distortion.
The machine follows your design with precision down to thousandths of an inch. Complex curves, tight inside corners, intricate patterns—it handles them without tool changes or multiple setups. When the cut finishes, your parts come off the table ready to use, with minimal burrs and clean edges that often don’t need secondary work.
You pick up your parts or we arrange delivery. If something’s off, we address it immediately—not after you’ve called twice and waited another week.
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You get cutting services for hardened tool steel, stainless steel, aluminum, titanium, and exotic alloys. Thickness capacity ranges from thin foil up to several inches, depending on material hardness.
We handle single prototypes and production runs. If you need one custom bracket for an architectural mockup or 500 identical parts for an assembly line, the process scales without retooling. East Patchogue’s diverse industrial base—from marine fabrication to precision manufacturing—requires that flexibility.
Material consultation comes standard. If you’re unsure whether 304 or 316 stainless works better for your coastal application, or if aluminum grade matters for your weight requirements, we’ll walk through it. We also review your design for potential issues like narrow bridges that might shift during cutting or features too small for the kerf width.
Quality checks happen on the first piece of every job. We verify dimensions match your specs before running the full batch, so you’re not stuck with 200 parts that are 0.010 inches off.
Waterjet cutting metal delivers tolerances around ±0.003 inches on thin materials, which puts it in the same range as laser cutting for most applications. The difference is that waterjet doesn’t create a heat-affected zone, so you won’t see hardened edges, micro-cracking, or warping on thin gauge material.
Plasma cutting is faster on thick steel but leaves a rougher edge and wider kerf. If you’re cutting decorative panels or parts that need to fit together tightly, plasma won’t give you the edge quality you need. Laser works well on thinner metals but struggles with reflective materials like aluminum and copper—waterjet handles those without issue.
The real advantage shows up when you’re cutting materials that can’t tolerate heat. Titanium, for example, can oxidize or change properties under laser heat. Waterjet keeps it cold, so the material stays true to spec.
We cut all common metals: mild steel, stainless steel (304, 316, 410), aluminum (6061, 7075, 5052), titanium, brass, copper, and tool steels. Hardness doesn’t matter much to waterjet—it cuts hardened steel as easily as soft aluminum.
Exotic alloys work too. Inconel, Hastelloy, and other high-temperature metals that are difficult to machine get cut cleanly with waterjet. East Patchogue’s aerospace and marine sectors often need these specialty materials, and waterjet handles them without the tool wear issues you’d face with traditional machining.
Thickness capacity depends on the material. We regularly cut aluminum up to 6 inches thick and steel up to 8 inches. Thinner materials—down to 0.010 inches—cut without issue as long as they’re properly supported to prevent shifting.
Cutting speed depends on material type, thickness, and complexity. A simple rectangle in quarter-inch aluminum might take two minutes. An intricate decorative panel with dozens of interior cuts in one-inch stainless could take an hour.
Thicker materials and harder metals slow the process down because the waterjet needs more time to penetrate and maintain a clean cut. A two-inch steel plate cuts slower than half-inch aluminum, even with the same design.
Turnaround time for most jobs in East Patchogue runs one to three days from approval to pickup. Rush jobs can often be accommodated same-day or next-day if the schedule allows. We don’t sit on projects for a week before starting them—if we quote it and you approve it, it goes into the queue immediately.
Most waterjet cuts come off the table with smooth edges that don’t require secondary finishing. You’ll see minimal burring compared to plasma or laser cutting, especially on the top surface where the water enters.
The bottom edge can have slight burr or roughness depending on material and thickness, but it’s typically minor. A quick pass with a file or deburring tool cleans it up in seconds. For decorative or visible surfaces, the top cut is usually clean enough to use as-is.
If you need a specific edge finish—like a chamfer or radius—that requires additional machining. But for most functional parts, brackets, panels, and components, the waterjet edge quality is acceptable without extra work. That saves you time and cost compared to processes that require grinding or sanding every edge.
Waterjet cutting handles intricate details well, but there are practical limits. The cutting stream has a width (kerf) around 0.030 to 0.040 inches, so any feature smaller than that won’t work. Inside corner radiuses will match the kerf width—you won’t get perfectly sharp 90-degree internal corners.
Small holes are possible down to about 0.050 inches diameter, though hole quality improves as size increases. If your design has dozens of tiny perforations, we’ll review whether waterjet is the right process or if laser cutting makes more sense.
Complex curves, organic shapes, and tight-tolerance patterns are where waterjet excels. The CNC system follows your CAD file exactly, so if you can draw it, we can usually cut it. East Patchogue architects and designers use this capability for custom metalwork that would be difficult or impossible with traditional fabrication methods.
Pricing depends on material type, thickness, cutting time, and complexity. Thicker materials and harder metals take longer to cut, which increases cost. A simple shape cuts faster than an intricate design with lots of detail.
We charge based on machine time, material handling, and setup. A single prototype part might run $50 to $200 depending on size and complexity. Production runs get more efficient per-piece pricing because setup time gets distributed across multiple parts.
You’ll get a detailed quote before any work starts—no surprise charges after the fact. We break down material costs separately if you’re supplying your own metal versus having us source it. Most East Patchogue customers appreciate knowing exactly what they’re paying for upfront, especially when comparing quotes from multiple shops.
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