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You get parts that come off the machine ready to use. No grinding down rough edges. No dealing with warped material because someone applied too much heat. No waiting for a second shop to finish what the first one started.
Waterjet cutting services in Hicksville, NY use high-pressure water mixed with abrasive to cut through metal, stone, glass, and composites without changing the material’s properties. The process stays cold, so there’s no heat-affected zone weakening your part. You’re looking at tolerances down to ±0.003 inches with edges smooth enough that most jobs don’t need any additional work.
That matters when you’re running production and can’t afford to add finishing steps that eat up time and budget. It matters even more when you’re prototyping and need to test fit parts that actually reflect what the final product will be. Abrasive waterjet cutting in Hicksville, NY handles both scenarios without switching equipment or methods.
We serve manufacturers across Hicksville, NY and the surrounding Nassau County area. We’re based in West Islip and work with the 177+ manufacturing companies in Hicksville that need precision cutting without the complications.
Our team uses computer-aided design tools to turn your concepts into production-ready plans, then cuts them with the accuracy you’re expecting. Hicksville has a strong manufacturing base – from lab equipment to HVAC components – and those industries don’t have room for sloppy tolerances or inconsistent quality.
We handle custom waterjet cutting for aerospace parts, architectural metal, stone fabrication, and contract manufacturing. If you’re in the tri-state area and need parts cut right the first time, you’re in the right place.
You send us your design files or work with our team to create them. We review the specs, confirm materials and tolerances, and program the waterjet system based on what you need. If it’s a new project, we’ll talk through any potential issues before we start cutting.
The waterjet runs at pressures up to 90,000 PSI, forcing water and abrasive through a small nozzle that cuts your material without heating it up. There’s no tool wear to worry about and no need to swap equipment when you switch from aluminum to granite. The machine follows the programmed path and produces parts with clean, burr-free edges.
Once cutting is complete, we inspect dimensions and edge quality to make sure everything matches your specifications. Most parts are ready to ship or pick up at that point. If you need secondary operations like drilling or tapping, we can handle that too, but the waterjet cutting itself usually eliminates the finishing work you’d expect from other cutting methods.
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You get design support if you need it, programming based on your exact specifications, and cutting that handles materials from thin foil up to 8 inches thick. We cut metals including aluminum, stainless steel, titanium, and tool steel. We also cut stone, glass, composites, and plastics without changing our setup.
Hicksville’s manufacturing sector includes aerospace suppliers, architectural fabricators, and custom job shops that need fast turnaround on both prototypes and production runs. Our waterjet cutting services in Hicksville, NY are built for that kind of work. You’re not waiting weeks for parts, and you’re not paying for tooling that only works on one material.
The process produces minimal waste because the cutting stream is narrow and precise. You’re not losing material to wide saw kerfs or large drill bits. For Nassau County manufacturers watching material costs, that adds up over time. You also avoid the environmental headaches that come with thermal cutting – no hazardous fumes, no toxic waste, just water and abrasive that can be filtered and disposed of safely.
We cut metals, stone, glass, and composites without switching equipment. That includes aluminum, stainless steel, titanium, tool steel, granite, marble, quartz, tempered glass, carbon fiber, and most plastics.
The advantage of waterjet cutting is that it’s not limited by material hardness or thermal sensitivity. If you’re working with heat-sensitive materials or exotic alloys, waterjet handles them without causing distortion or changing their properties. Thickness ranges from thin sheet stock up to 8 inches depending on the material.
If you’re not sure whether your material is a good fit for waterjet, send us the specs and we’ll tell you what to expect in terms of edge quality, speed, and cost.
We hold tolerances down to ±0.003 inches on most materials. For applications that need even tighter specs, we can hit ±0.001 inches with the right setup and material conditions.
Tolerance depends on material type, thickness, and part geometry. Thicker materials and complex curves can affect precision, but waterjet still outperforms most other cutting methods when it comes to holding tight dimensions without heat distortion. The cutting stream is narrow, so there’s minimal material removal and less chance of dimensional drift.
If your project has specific tolerance requirements, we’ll review the design upfront and let you know whether waterjet is the right process or if you’d be better served by a different method. We’re not here to sell you something that won’t work.
No. Waterjet cutting produces smooth, burr-free edges that usually don’t need secondary finishing. The edge quality depends on cutting speed, pressure, and abrasive flow, and we dial those in based on your material and specs.
That’s one of the main reasons manufacturers choose waterjet over plasma, laser, or mechanical cutting. You’re not spending extra time deburring, grinding, or sanding parts after they come off the machine. For production runs, that saves significant labor and keeps your costs predictable.
If you do need a specific edge finish for aesthetic or functional reasons, we can adjust the cutting parameters or add finishing as a secondary operation. But in most cases, parts come off the waterjet ready to use.
Turnaround depends on part complexity, material, and current workload, but most projects are completed within a few days. Simple cuts on common materials can often be done in 24-48 hours. More complex jobs with tight tolerances or thick materials may take longer.
Waterjet is faster than wire EDM for profile cuts – often 10 times faster – and doesn’t require the setup time you’d need for hard tooling or custom dies. That makes it a good option when you need parts quickly without sacrificing quality.
If you’re on a tight deadline, let us know upfront and we’ll tell you what’s realistic. We’d rather give you an honest timeline than overpromise and create problems down the line.
Waterjet doesn’t generate heat, so there’s no heat-affected zone, no warping, and no hardened edges that can cause problems during assembly or use. Laser and plasma both rely on high temperatures to melt through material, which changes the material’s properties near the cut edge.
If you’re cutting thick materials, waterjet handles them better than laser. If you’re working with reflective metals like aluminum or copper, waterjet doesn’t have the issues that laser cutting does. And if you need to cut non-metals like stone or glass, waterjet is often the only practical option.
Waterjet also produces less waste and doesn’t create hazardous fumes or require special ventilation. For shops in Hicksville, NY dealing with environmental regulations and disposal costs, that’s a real advantage. You’re getting clean cuts without the environmental and safety overhead.
Waterjet cutting typically costs more per hour than plasma or oxy-fuel cutting, but less than wire EDM. Operating costs run around $30-35 per hour depending on material and abrasive usage. But that’s not the full picture.
You need to factor in the cost of secondary operations. If laser or plasma cutting leaves you with burrs and heat-affected zones that need grinding or finishing, those extra steps add labor and time. Waterjet usually eliminates that work, which brings the total cost down.
For thick materials or complex shapes, waterjet is often more economical than EDM even before you add a second operation. And because there’s no tooling cost, waterjet makes sense for prototypes and short runs where hard tooling wouldn’t pay off. If you want a real cost comparison for your specific project, send us your specs and we’ll give you a straight answer.
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