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You’re not cutting metal just to cut it. You need parts that fit the first time, edges that don’t need rework, and turnaround that doesn’t blow your deadline.
CNC metal waterjet cutting in Merrick, NY gives you tolerances as tight as ±0.002″. That’s the kind of precision that matters when you’re fabricating aerospace components, architectural panels, or custom machine parts where a few thousandths can mean the difference between a perfect fit and starting over.
Because waterjet uses high-pressure water mixed with abrasive garnet instead of heat, there’s no warping, no hardened edges, and no thermal distortion. Your material stays true to spec. Stainless steel, aluminum, titanium, even composites—all cut clean without contamination or secondary finishing in most cases.
We’ve been serving manufacturers, fabricators, and designers across Merrick, NY and the broader Long Island area with precision waterjet cutting that meets real-world production demands. We’re not a corporate chain. We’re a shop that understands what it takes to hit tolerances, meet deadlines, and deliver parts you can actually use.
Merrick sits in the heart of Nassau County’s industrial corridor, where aerospace suppliers, marine fabricators, and custom machine shops need fast access to advanced cutting technology. You shouldn’t have to ship materials across the state or wait weeks for prototypes. Our location gives you local access to CNC waterjet capabilities that used to require outsourcing to distant facilities.
We work with engineers who need complex geometries, shop owners managing tight production schedules, and contractors specifying custom architectural metalwork. If you’ve dealt with laser cutting that leaves heat marks or plasma that can’t handle intricate detail, you already know why waterjet is different.
You send us your CAD file or design specs. We review it to confirm material type, thickness, and tolerances, then program the CNC waterjet system to match your exact requirements.
The cutting head moves across your material using a stream of water pressurized up to 60,000 PSI, mixed with fine abrasive garnet. This stream is thinner than a credit card but cuts through steel up to six inches thick. Because it’s CNC-controlled, every cut follows your design with repeatable accuracy—whether you’re running one prototype or a hundred production pieces.
Setup is fast. Programming is efficient. And because waterjet doesn’t generate heat, we can nest parts tightly on the material sheet, reducing waste and keeping your costs down. Once cutting is complete, most parts come off the table ready to use, with smooth edges that don’t require grinding or deburring.
You’re not waiting weeks. Most jobs turn around in days, depending on complexity and material availability. If you’re in Merrick, NY or nearby, pickup and delivery are straightforward.
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You get full CNC waterjet cutting for metals including stainless steel, aluminum, brass, titanium, and tool steel, plus non-metals like glass, stone, rubber, and composites. Thickness capacity ranges from thin gauge sheet up to six inches in steel, with thicker cuts possible in softer materials.
Tolerances hold to ±0.002″ on most jobs, which puts waterjet in the same accuracy range as wire EDM but without the limitations on material type or thickness. Edge finish is smooth enough that many parts go straight to assembly without secondary operations.
Merrick’s proximity to NYC’s industrial sectors means we see a lot of custom architectural work—decorative panels, signage, and structural components that need both precision and aesthetic quality. We also handle production runs for local machine shops that need consistent, repeatable parts without the lead times of offshore manufacturing.
Material consultation is part of the process. If you’re not sure whether waterjet is the right method for your application, or if you’re weighing it against laser or plasma, we’ll walk through the trade-offs based on your specific material, thickness, and tolerance requirements.
We cut virtually any metal you’d use in fabrication or manufacturing. Stainless steel, aluminum, brass, copper, titanium, tool steel, Inconel—if it’s a metal, waterjet handles it without heat distortion or hardening.
This matters because some metals are sensitive to thermal cutting methods. Titanium, for example, can oxidize or become brittle when exposed to the heat from laser or plasma cutting. Waterjet keeps the material cool throughout the process, so you get clean cuts without changing the metal’s properties.
Thickness range goes up to six inches in steel, and even thicker in softer metals like aluminum. If you’re working with exotic alloys or materials that can’t tolerate heat-affected zones, waterjet is often the only practical option that maintains both precision and material integrity.
Laser cutting is fast and works well for thinner materials, but it generates heat. That heat creates a heat-affected zone along the cut edge, which can cause warping, hardening, or discoloration—especially in stainless steel or materials with tight tolerances.
Waterjet cutting in Merrick, NY uses high-pressure water and abrasive, so there’s zero heat. Your material doesn’t warp. The edges don’t harden. And you don’t get the oxidation or burn marks that sometimes require secondary grinding or finishing.
Laser also has thickness limitations. Most industrial lasers top out around one inch in steel. Waterjet cuts up to six inches in steel and thicker in softer materials, which makes it the better choice for heavy plate or structural components. If your design includes tight inside corners or small holes, waterjet handles those details without the kerf width issues that can limit laser cutting on intricate geometries.
Standard CNC metal waterjet cutting in Merrick, NY holds tolerances to ±0.002 inches. That’s two-thousandths, which is tight enough for most precision manufacturing, machine parts, and aerospace components.
For context, that’s comparable to wire EDM in terms of accuracy, but without the material or thickness restrictions. If your part needs to fit into an assembly with minimal clearance, or if you’re working with mating components that require consistent dimensions across a production run, waterjet delivers that repeatability.
Tolerances can tighten further depending on material type, thickness, and cutting speed. Thinner materials and slower cutting speeds generally yield tighter tolerances. If your application has specific tolerance requirements beyond standard capabilities, we’ll review your design and let you know what’s achievable before we start cutting.
Turnaround depends on material type, thickness, part complexity, and how many pieces you need. Most jobs in Merrick, NY turn around within a few days once we have your material and finalized design file.
Simple parts in thinner material can often be cut the same day or next day. More complex geometries, thicker plate, or larger production runs take longer, but we’re still talking days, not weeks. Because CNC waterjet cutting doesn’t require custom tooling or lengthy setup like stamping or traditional machining, you avoid the lead times that slow down other fabrication methods.
If you’re on a tight deadline, let us know upfront. We’ll give you a realistic timeline based on current shop capacity and material availability. Rush jobs are possible when the schedule allows, and being local to Merrick means you’re not waiting on long-distance shipping for pickup or delivery.
We can work either way. If you already have material on hand or you’re sourcing it through a specific supplier, you can provide it and we’ll cut to your specs. Many customers in Merrick, NY prefer this route when they’re managing material costs closely or working with specialty alloys.
If you’d rather have us handle material sourcing, we can supply it. We work with local and regional metal suppliers, so we can typically get common materials like stainless steel, aluminum, and brass without long lead times. This simplifies your process—you send us a design file, we handle material and cutting, and you pick up finished parts.
Material consultation is part of the conversation. If you’re not sure what thickness or alloy is best for your application, we’ll walk through the options based on how the part will be used, what kind of strength or corrosion resistance you need, and what fits your budget. The goal is to get you the right material cut the right way, without unnecessary back-and-forth or guesswork.
Yes. CNC metal waterjet cutting in Merrick, NY excels at complex geometries, sharp inside corners, small holes, and intricate patterns that would be difficult or impossible with other cutting methods. The cutting stream is extremely narrow—typically 0.1 to 0.3 millimeters—so it can navigate tight radii and detailed paths without the kerf width limitations of plasma or laser.
This makes waterjet ideal for architectural panels with decorative cutouts, custom machine parts with precise hole patterns, or any design where the shape is as important as the cut quality. Because the process is fully CNC-controlled, those complex paths are repeatable across multiple parts, so your tenth piece matches your first.
There’s no need to worry about tool wear or breakage like you would with mechanical cutting. The waterjet stream doesn’t dull or chip, and it doesn’t put mechanical stress on the material. If your design includes features that have caused problems with other cutting methods—thin webs, sharp corners, or closely spaced holes—waterjet typically handles them without issue.
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