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You’re not looking for someone to “try their best” on a critical cut. You need parts that fit, edges that don’t need grinding down, and tolerances that actually hold.
Waterjet cutting services in North Bellmore give you that. No heat means no warping on your aluminum, no hardened edges on your steel, no cracked glass or stone. The cut you see in the design file is the cut you get in your hand.
Whether you’re running production parts for aerospace components or one-off architectural pieces for a restoration project, the process stays consistent. Cold water and abrasive do the work. Your material stays intact. You move to assembly or installation without another step in between.
That’s what matters when you’re on a deadline and your reputation is attached to the outcome.
We’ve been serving North Bellmore and the surrounding Nassau County area for over two decades. We’re not new to the demands of machine shops, fabricators, architects, and contractors working in this market.
Long Island projects move fast. You’re coordinating with multiple trades, managing tight site access in older buildings, and dealing with materials that don’t forgive mistakes. We get that because we’ve been part of it since the beginning.
Our shop handles everything from 12-inch thick steel plate for structural work to delicate inlay work for custom furniture. We’ve cut components for storefronts in Garden City, decorative metalwork for homes in Merrick, and production parts for manufacturers across the tri-state area. You’re working with people who understand what’s at stake when you send a file our way.
You send us your design file—DXF, DWG, or even a sketch if that’s what you’re working from. We’ll review it for any tolerance issues or material concerns before we commit to a timeline.
Once the file is dialed in, your material gets secured on the cutting table. High pressure water mixed with garnet abrasive shoots through a nozzle at nearly 60,000 PSI. It cuts through your material without generating heat, so there’s no distortion or edge hardening to deal with later.
The CNC system follows your design path with accuracy down to a few thousandths of an inch. Complex curves, tight inside corners, thick plate—it all gets handled in one pass. When the cut is done, your parts come off the table ready to use.
Most jobs turn around in a few days depending on material availability and queue. Rush work gets prioritized when you need it. You’re not waiting weeks for a straightforward cut.
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Abrasive waterjet cutting in North Bellmore handles materials that would crack, warp, or burn with other methods. Aluminum, stainless steel, carbon steel, titanium, brass, copper—all cut clean without heat-affected zones.
Stone, glass, ceramic, and composites get the same treatment. Granite countertops with sink cutouts, glass panels with mounting holes, carbon fiber parts for performance applications. The abrasive stream cuts through without chipping edges or creating microfractures that lead to failures down the road.
North Bellmore’s manufacturing and construction sectors rely on this because the process saves steps. You’re not paying for secondary machining to clean up burned edges. You’re not scrapping parts that came out warped. One cut, one setup, done right.
Thickness capacity goes up to 12 inches depending on material. Nested parts reduce your material waste since we can pack multiple pieces into a single sheet. That’s money back in your pocket on every job, especially when you’re working with expensive alloys or specialty materials that North Bellmore contractors and fabricators use daily.
Waterjet cuts virtually anything you’d use in fabrication, construction, or manufacturing. Metals are the most common—aluminum, stainless steel, carbon steel, tool steel, titanium, brass, and copper all cut without issue.
Stone and glass work just as well. Granite, marble, quartz for countertops and architectural features. Tempered glass, laminated glass, mirrors. The cold cutting process won’t crack or chip edges like traditional cutting methods do.
Composites and plastics round out the list. Carbon fiber, fiberglass, Kevlar, acrylic, polycarbonate, rubber, foam. If you’re in North Bellmore working on a project that mixes materials—say, a metal frame with acrylic inserts—we can cut all of it without changing equipment. That’s the advantage of waterjet over laser or plasma, which are limited to specific material types.
Standard waterjet cutting holds tolerances around ±0.005 inches. That’s tight enough for most fabrication, architectural, and production work. If you’re building assemblies that need to fit together without force or creating parts that mate with existing components, this level of accuracy gets you there.
For projects requiring even tighter tolerances, we can hold ±0.001 inches on certain applications. This usually applies to smaller parts in harder materials where the kerf width stays consistent. You’ll see this level of precision in aerospace components, tooling, and high-end manufacturing parts.
The key factor is material thickness and type. Thinner materials and harder substances like metal and stone hold tighter tolerances than thick, soft materials. When you send your file, we’ll tell you what’s realistic for your specific combination. No surprises when parts arrive. North Bellmore machine shops and contractors need that certainty when they’re coordinating multiple components in an assembly.
Most custom waterjet cutting projects in North Bellmore turn around in 3-5 business days from file approval to finished parts. That includes material sourcing if we’re supplying it, programming, cutting, and quality checks.
Cutting time itself depends on material thickness, complexity, and total linear inches of cut. A simple rectangle in half-inch aluminum might take minutes. An intricate decorative panel in 2-inch stainless with dozens of interior cutouts could take hours. The CNC does the work, but physics still applies—thicker and harder materials take longer to penetrate.
Rush jobs get prioritized when you’re in a bind. If you’ve got a North Bellmore construction project with a delayed delivery and you need parts by end of week, we’ll work with you on expedited turnaround. Production runs with multiple sheets get batched efficiently to keep per-part costs down and delivery consistent. The goal is keeping your project moving, not sitting in our queue waiting for a cutting slot to open up.
Waterjet cutting produces a finished edge in most applications. You’re not dealing with slag, burrs, or heat-affected zones that need grinding or secondary machining. The edge comes off the table ready for welding, assembly, or installation.
There’s a slight texture difference between the top and bottom of thicker cuts due to how the abrasive stream behaves as it exits the material. On metals over an inch thick, you might see a bit more texture on the bottom edge. For most structural and fabrication work in North Bellmore, this doesn’t matter—it’s still cleaner than torch or plasma cutting.
If you need a polished edge for aesthetic reasons—say, exposed edges on architectural metalwork or glass—that’s a secondary operation. But you’re starting from a clean, square cut instead of a rough, burned edge that requires significant material removal. That saves time and cost compared to other cutting methods that leave you with major cleanup work before you can even think about finishing.
Waterjet cuts up to 12 inches thick in most materials. That covers the vast majority of structural steel, plate aluminum, and heavy stone work you’d encounter in North Bellmore construction and fabrication projects.
Thicker materials take longer to cut since the abrasive stream needs more time to penetrate, but the process stays consistent. A 6-inch steel plate gets the same clean, heat-free cut as a quarter-inch sheet. No preheating, no torch distortion, no hardened edges that fight your drill bits when you’re adding bolt holes later.
This capacity matters for structural components, heavy machinery parts, and architectural elements where thickness equals strength. Ironworkers and steel fabricators in the North Bellmore area use waterjet for custom brackets, gusset plates, and connection components that need precise dimensions without the warping that comes from thermal cutting. You’re getting parts that fit the first time, even when you’re working with serious thickness.
Waterjet cutting costs more per linear inch than plasma or torch cutting, but less than laser for thick materials. The real cost comparison comes down to what happens after the cut.
Plasma and torch leave you with heat-affected zones, warped edges, and slag that needs grinding. You’re paying for that secondary work in labor and time. Laser can’t cut thick materials or handle reflective metals like aluminum and copper without issues. Waterjet does it all in one pass with a finished edge.
For North Bellmore projects where accuracy matters and rework isn’t an option, waterjet often ends up cheaper overall. You’re not scrapping parts that came out warped. You’re not paying a machinist to clean up rough edges. You’re not dealing with hardened zones that crack during forming or welding. The per-inch cost is higher, but the total project cost—including your time, labor, and material waste—usually comes out ahead. That’s why machine shops, fabricators, and contractors keep coming back to waterjet when the job needs to be right.
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