Hear from Our Customers
You’ve been there. A batch comes in and nothing fits. Warped edges, burnt material, tolerances that aren’t even close. Now your production schedule is shot, your team is scrambling, and you’re eating the cost of rework or scrap.
Precision waterjet cutting in North Merrick, NY eliminates that problem. No heat means no warping, no hardened edges, no microscopic cracks that show up later. Just clean cuts with tolerances as tight as ±0.001 inch, ready to drop into your assembly without secondary finishing.
You get parts that mate correctly, gaskets that seal, prototypes that actually test what you designed. Whether it’s stainless steel, titanium, rubber, or composites, the cut quality stays consistent. That means fewer delays, less waste, and confidence that what you ordered is what you’ll use.
We’ve served manufacturers, fabricators, and product developers across North Merrick, NY and the surrounding tri-state area for over a decade. We’re not a job shop that dabbles in waterjet—it’s what we do, and we’ve invested in the technology and training to do it right.
Our client list includes aerospace suppliers, custom knife makers, architectural metal fabricators, and OEMs who can’t afford to gamble on quality. They come back because we understand what tight tolerances actually mean in production, not just on a spec sheet.
North Merrick’s manufacturing community knows that precision matters. You’re competing on quality and speed, and you need a cutting partner who won’t slow you down or force you into damage control.
You send us your CAD file or drawing. Our team reviews it for any potential issues—tight inside corners, material thickness concerns, nesting opportunities that could save you money. If something won’t cut the way you need it to, we’ll tell you before we start.
Once the design is confirmed, we program the CNC waterjet and load your material. The cutting head moves along your programmed path at speeds up to 60,000 PSI, using a focused stream of water mixed with garnet abrasive. There’s no blade to dull, no heat to manage, no tool changes between materials.
After cutting, parts come off the table with clean edges. Most applications don’t need deburring or additional finishing. You get what you ordered, inspected to your tolerances, ready to ship or move directly into your workflow. If it’s a repeat order, we keep your program on file so the next run goes even faster.
Ready to get started?
Every precision waterjet cutting project in North Merrick, NY starts with material compatibility. We cut metals like stainless steel, aluminum, titanium, Inconel, brass, and copper alloys. We also handle composites, plastics, rubber, foam, glass, stone, and ceramics—all without changing tooling or worrying about heat damage.
Thickness capacity goes up to 8 inches on most materials, far beyond what laser or plasma can handle. You’re not limited to thin sheet stock. Complex geometries, tight inside radii, narrow slots, and intricate patterns all cut cleanly without starting holes in most cases.
North Merrick’s diverse industrial base—from aerospace components to custom architectural elements—demands flexibility. You might need a one-off prototype on Monday and a production run of 500 parts by Friday. Our precision CNC waterjet cutting handles both without retooling, and our local location means faster turnaround than outsourcing to distant shops. You also get material optimization through efficient nesting, which reduces your raw material costs and keeps scrap to a minimum.
Standard precision waterjet cutting holds ±0.005 inch on most materials without any special setup. If your application requires tighter control, we can achieve ±0.001 inch with optimized parameters and proper material preparation.
The key factors are material thickness, hardness, and internal stresses. Thinner materials and softer metals hold tighter tolerances more easily. Thicker plates or materials with residual stresses from rolling or welding may shift slightly after cutting, which is true for any cutting method.
If you’re designing parts that require tight tolerances, it helps to know where they matter most. We can hold tighter specs on critical dimensions and use standard tolerances elsewhere, which keeps costs down and speeds up production. Always specify your tolerance requirements upfront so we can confirm feasibility before cutting.
Waterjet cutting uses a high-pressure stream of water and abrasive, not a flame or laser. The water itself acts as a coolant, keeping the material at or near room temperature throughout the entire cut. There’s no molten zone, no plasma arc, and no thermal expansion to throw off your dimensions.
This matters most when you’re cutting thin materials, tight-tolerance parts, or metals that harden when heated. Laser and plasma cutting create a heat-affected zone that can warp thin sheet metal, harden edges, or introduce microcracks that lead to failure under stress. Waterjet eliminates all of that.
For North Merrick, NY manufacturers working with aerospace alloys, hardened tool steels, or laminated composites, this is a major advantage. You don’t have to compensate for heat distortion in your design, and you don’t need secondary annealing or stress-relief processes. The part comes off the table dimensionally accurate and ready to use.
Yes. Our precision waterjet cutting services in North Merrick, NY handle materials up to 8 inches thick, which is well beyond the range of most laser or plasma systems. Laser cutting typically maxes out around 1 to 1.5 inches on steel, and cut quality degrades as thickness increases.
Waterjet maintains consistent edge quality even on thick plates. You won’t see the taper or dross buildup that’s common with thermal cutting methods. This makes waterjet ideal for structural components, thick gaskets, heavy-duty brackets, and prototype parts that need to be machined from solid stock.
Cutting speed does decrease as material thickness increases, so thicker materials take longer. But you’re still getting a clean, accurate cut without the need for secondary grinding or machining to clean up rough edges. For one-off prototypes or small production runs, that time savings on finishing often offsets the longer cutting time.
Virtually anything. Metals like stainless steel, aluminum, titanium, Inconel, brass, copper, and tool steels all cut cleanly. We also handle non-metals like acrylic, polycarbonate, UHMW, rubber, neoprene, fiberglass, carbon fiber, Kevlar, glass, ceramic, granite, and foam.
The advantage is that you don’t need different tooling or setups for different materials. If you’re building an assembly that combines metal brackets with rubber gaskets and plastic insulators, we can cut all of them without changing equipment. That saves time and keeps your project moving.
Some materials do require special handling. Laminates and composites can delaminate if the pressure or abrasive flow isn’t optimized. Brittle materials like glass or ceramic need slower cutting speeds to avoid chipping. We adjust parameters based on what you’re cutting, so you get the best edge quality and dimensional accuracy for each material in your project.
Turnaround depends on material availability, complexity, and our current queue, but most projects ship within 3 to 5 business days. Rush jobs can often be completed in 24 to 48 hours if you need parts fast to keep production moving.
Simple cuts on common materials like aluminum or stainless steel go faster than intricate designs on thick or exotic alloys. If you send a clean CAD file and specify your material, we can give you an accurate timeline within a few hours. For repeat orders, turnaround is even faster since we already have your program on file.
Being located in North Merrick, NY means we’re close to your facility, which cuts down on shipping time compared to outsourcing to distant shops. If you’re in a bind and need same-day pickup, we can usually accommodate that for local customers. Just call ahead so we can prioritize your job.
Most waterjet cuts come off the table with clean, smooth edges that don’t require deburring or additional finishing. The abrasive stream creates a slightly textured surface, but it’s not sharp or rough like a saw cut or sheared edge.
On softer materials like aluminum or plastics, you might see a very slight burr on the exit side of the cut, but it’s minimal and usually brushes off by hand. Harder materials like stainless steel or titanium typically have no burr at all. If your application requires a polished or deburred edge, that’s a quick secondary process, but it’s not needed for most functional parts.
This is a major time and cost saver compared to other cutting methods. Laser cutting often leaves dross that has to be ground off. Plasma cutting creates a rough, oxidized edge that needs cleanup. Waterjet gives you a part that’s ready to use right away, which speeds up your production cycle and reduces labor costs.
Local Resources
Useful Links
Other Services we provide in North Merrick
