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When you’re working with expensive materials or tight deadlines, you can’t afford warped edges, burnt surfaces, or parts that need rework. Waterjet cutting metal eliminates those problems because there’s no heat involved—just high-pressure water mixed with abrasive garnet that cuts through steel, aluminum, titanium, and just about anything else you throw at it.
You get clean edges. Tolerances down to ±0.005 inches. No secondary finishing unless you want it. And because the kerf is so narrow, you’re not throwing away material every time you make a cut.
Whether you’re prototyping a single part or running a production batch, the process stays consistent. No tool wear. No thermal distortion. Just accurate cuts that let you move on to the next step without wondering if something’s going to fit.
We serve fabricators, manufacturers, and contractors across Bohemia, NY and the surrounding Long Island area. We’re not new to this—we’ve built our reputation on delivering accurate cuts for projects that don’t have room for error.
Bohemia has a strong industrial presence, with metal fabrication shops and manufacturers who expect quality work. We understand that because we work with them every day. When you send us a file or bring us a concept, we’re thinking about how to cut it efficiently without compromising the integrity of your material.
You’re not getting a sales pitch here. You’re getting a shop that understands CNC metal waterjet cutting in Bohemia, NY, knows the local market, and delivers what you actually need.
You start by sending us your design file—DXF, DWG, or whatever format you’re working in. If you don’t have a file yet, we can help you create one based on your specs or sketches. We’ll review it, confirm dimensions, and talk through any material considerations that might affect the cut.
Once everything’s locked in, we program the CNC waterjet system. The machine follows your exact geometry, using a high-pressure stream of water and abrasive to cut through your material. There’s no heat, so there’s no warping or hardening along the edge. The process is fast, and because it’s computer-controlled, it’s repeatable.
After cutting, we inspect the parts to make sure they meet your tolerances. If you need additional services—deburring, finishing, whatever—we can handle that too. Otherwise, your parts are ready to go. Most projects turn around quickly because there’s no waiting for tooling or dealing with heat treatment delays.
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You get precision cutting across a wide range of metals—stainless steel, aluminum, titanium, copper, brass, tool steel, and more. Thickness capacity goes beyond what most traditional cutting methods can handle, with the ability to cut materials over 10 inches thick depending on the setup.
Because Bohemia sits in a region with aerospace, automotive, and architectural fabrication activity, we see a lot of custom metal waterjet cutting requests for specialized components. Complex geometries, tight inside corners, intricate patterns—waterjet handles all of it without the limitations you’d face with laser or plasma.
The process also works for prototyping and production runs. If you need one part to test fit or a hundred parts for a job, the setup is the same. You’re not paying for custom tooling or dealing with minimum order quantities that don’t make sense for your project.
And because the cutting is done cold, your material properties stay intact. No heat-affected zones. No micro-cracking. No temper changes. What you specify is what you get.
Waterjet cuts virtually any material—metals like stainless steel, aluminum, titanium, brass, copper, and tool steel, plus non-metals like stone, glass, rubber, foam, and composites. The process works because it’s mechanical, not thermal, so there’s no melting or burning.
For metal fabrication in Bohemia, NY, most requests involve stainless steel and aluminum, but we regularly cut specialty alloys for aerospace and automotive applications. Thickness isn’t usually a limiting factor either—waterjet machines handle materials over 10 inches thick, and in some cases much more.
If you’re not sure whether your material will work, just ask. Chances are we’ve cut it before, and if we haven’t, we can run a test to confirm before committing to a full job.
Waterjet cutting achieves tolerances between ±0.003 and ±0.005 inches, 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’re not dealing with warping, hardening, or discoloration along the cut edge.
Plasma is faster for thick materials, but it’s not as precise and it generates significant heat. Laser works well for thinner metals, but it struggles with reflective materials like aluminum and copper, and it can’t cut anything non-conductive. Waterjet handles all of that without the limitations.
For projects in Bohemia, NY where you need tight tolerances and clean edges—especially on thicker stock or materials that don’t respond well to heat—waterjet is usually the better choice. You’re not sacrificing speed for accuracy. You’re just using the right tool for the job.
Waterjet edges are smooth and burr-free in most cases, especially compared to plasma or mechanical cutting methods. You might see a slight texture variation between the top and bottom of the cut depending on material thickness, but it’s minimal and usually doesn’t require additional finishing.
If your application demands a specific edge finish—polished, deburred, or chamfered—we can handle that as a secondary operation. But for most fabrication work, the parts come off the machine ready to weld, assemble, or install.
That’s a big time-saver when you’re managing production schedules in Bohemia, NY. You’re not sending parts out for grinding or sanding before they’re usable. They’re done when they’re done, and you can move on to the next step in your process.
Turnaround depends on material thickness, complexity, and current shop capacity, but most projects are completed within a few days. Simple cuts on thinner materials can often be done same-day or next-day if the schedule allows.
Programming time is minimal because the CNC system handles the toolpath generation once we have your file. Cutting speed varies—thicker materials and harder alloys take longer, but the process is still faster than waiting for custom tooling or dealing with multiple setups on traditional machines.
For custom metal waterjet cutting in Bohemia, NY, we’re realistic about timelines. If you have a hard deadline, let us know up front and we’ll tell you whether it’s doable. We’re not going to promise something we can’t deliver, but we also understand that most projects are time-sensitive and we plan accordingly.
Yes. Waterjet cutting works for one-off prototypes and full production runs because there’s no tooling cost or setup penalty for small quantities. If you need a single part to test fit, we can cut it. If you need a hundred parts that all match exactly, we can do that too.
The CNC programming stays consistent across the entire run, so part number one looks like part number fifty. There’s no tool wear to account for, no drift in tolerances, and no need to stop and recalibrate between cuts.
For manufacturers and fabricators in Bohemia, NY, that flexibility matters. You’re not locked into minimum order quantities that don’t make sense for your project, and you’re not paying for tooling that only gets used once. You’re paying for the cuts you need, when you need them.
Pure waterjet uses only high-pressure water and works for softer materials like foam, rubber, gaskets, and some plastics. Abrasive waterjet mixes garnet or another abrasive material into the water stream, which allows it to cut hard materials like metal, stone, glass, and composites.
For metal waterjet cutting in Bohemia, NY, you’re almost always using abrasive waterjet. The garnet particles do the actual cutting while the water carries them through the material and flushes away debris. It’s a cold process, so there’s no heat buildup, no fumes, and no hazardous waste beyond the spent garnet and metal particles, which are filtered out and disposed of properly.
The abrasive gets used up during cutting, so it’s a consumable cost, but it’s predictable and built into the pricing. You’re not dealing with tool wear or replacement costs like you would with mechanical cutting methods.
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