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Serving New York, New Jersey, and Connecticut

Waterjet Cutting Service Long Island

Parts Done Right, No Heat Damage

You need precision cuts that don’t warp your material or blow your timeline. We deliver clean, accurate waterjet cutting service in Long Island, NY for metals, composites, stone, and more—without the heat-affected zones that ruin expensive stock.
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Built for Precision Work

01

Advanced Waterjet Technology

State-of-the-art CNC waterjet systems cut complex geometries with tolerances as tight as +/- 0.001 inch.

02

CAD File Expertise

In-house design review catches potential issues before cutting starts, saving you time and preventing costly material waste.

03

Multi-Material Capability

From soft rubber to 6-inch thick titanium, one system handles virtually any material your project demands.

40+

Years Of Experience

Professional Waterjet Cutting Long Island

Precision Cutting Without the Compromises

Waterjet cutting uses high-pressure water mixed with abrasive garnet to cut through materials without generating heat. That means no warping, no discoloration, no hardened edges, and no compromised material properties. It’s the go-to solution when laser and plasma cutting would damage your parts, when you need intricate shapes that saws can’t handle, or when tolerances matter more than speed alone. Manufacturers, fabricators, architects, and marine shops across Long Island, NY rely on commercial waterjet cutting service for the work that actually has to be right.
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Built for Precision Work

01

Your expensive metals and composites stay structurally sound because there’s zero heat introduced during the cut.

02

Complex shapes with tight inside corners get cut accurately the first time, no guesswork or trial runs.

03

You’ll skip secondary finishing on most parts because edges come out clean and smooth right off the machine.

04

Material costs drop when you’re not losing 20% of each sheet to excessive kerf width and poor nesting.

05

Turnaround times shrink because there’s no tooling to build, no dies to cut, and minimal setup between jobs.

06

One cutting method handles everything from prototypes to production runs without switching equipment or processes.

Waterjet Cutting Company Long Island

From CAD File to Finished Part

You send us your design file—DXF, DWG, STEP, or AI formats work fine. Our team reviews it to verify cut paths, check for geometry issues, and confirm material specs. If something looks off, we’ll catch it before we start cutting. Once the file’s dialed in, it goes straight to the CNC waterjet system. The machine handles positioning, pressure adjustments, and feed rates automatically based on your material type and thickness. No manual tool changes. No waiting for custom dies. The waterjet starts cutting as soon as the program runs. Most jobs include minimal to zero burrs, which means parts often go straight to assembly or finishing without additional deburring or edge work. For high-volume runs, we can stack thinner materials and cut multiple pieces simultaneously, cutting your per-part cost and lead time. Whether it’s a single prototype or a few hundred production parts, the process stays consistent.
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Precision Waterjet Service Long Island

The Materials Other Methods Can't Handle

Some jobs just don’t work with traditional cutting. Thick stainless that’s too slow for laser. Composites that delaminate under heat. Stone and glass that crack with mechanical force. Titanium and Inconel that eat through saw blades. Waterjet cuts all of it. Aluminum, brass, copper, carbon steel, tool steel. Acrylic, polycarbonate, rubber, foam. Granite, marble, tile, glass. Carbon fiber, fiberglass, and laminated composites. If you can draw it in CAD, we can cut it—often in one setup, regardless of thickness or hardness. The process works because it’s purely erosive. A stream of water traveling at twice the speed of sound, mixed with fine abrasive particles, wears through material at the molecular level. No blades to dull. No heat to manage. Just controlled, repeatable cutting that leaves the rest of your material exactly as it started.
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Commercial Waterjet Cutting Long Island

What You Actually Get

This isn’t about features. It’s about parts that fit, materials that aren’t ruined, and projects that don’t get delayed because of cutting problems.

01

File Review and Setup

Send your CAD file and material specs. We review for cut path optimization and flag any potential issues.

03

Quality Check and Delivery

Parts are inspected, deburred if needed, and prepared for pickup or delivery to your Long Island location.

02

Precision Waterjet Cutting

CNC-controlled waterjet cuts your parts to spec with consistent accuracy and clean edges throughout the run.

Frequently Asked Questions

What materials can waterjet cutting handle that other methods can't?
Waterjet excels with heat-sensitive materials like titanium, aluminum, and composites that warp or delaminate under laser or plasma cutting. It’s also the best option for thick metals over 2 inches, brittle materials like glass and ceramics, and stacked cutting of thinner sheets. Because there’s no heat-affected zone, you can cut hardened tool steels without changing their properties, and work with laminates or bonded materials without separating the layers. Stone, marble, and granite are also ideal for waterjet since mechanical cutting often causes cracking. Essentially, if heat, mechanical stress, or material thickness makes traditional methods impractical, waterjet is usually the answer.
Waterjet cutting consistently achieves tolerances of +/- 0.005 inches on most materials, with some systems reaching +/- 0.001 inches for critical applications like aerospace or medical components. Accuracy depends on material thickness, cutting speed, and machine calibration, but modern CNC waterjet systems maintain tight tolerances across production runs. The kerf width is typically around 0.040 inches, allowing for intricate details and close nesting of parts. For applications requiring perfectly square edges, 5-axis systems can compensate for the slight taper that occurs in thicker materials. Most manufacturers find waterjet accuracy more than sufficient for parts that would otherwise require secondary machining.
For thin materials under half an inch, laser cutting is generally faster and may cost less per part. But waterjet becomes more cost-effective as material thickness increases, especially beyond one inch where laser cutting slows dramatically or becomes impractical. Waterjet also eliminates costs associated with heat damage—no warped parts to scrap, no heat-affected zones requiring rework, and no secondary operations to remove slag or dross. Setup costs favor waterjet for custom or short-run jobs since there’s no tooling required and material changeovers happen in minutes. When you factor in material waste, secondary finishing, and the ability to cut materials that lasers can’t handle, waterjet often delivers better overall value for precision fabrication work.
Turnaround depends on part complexity, material type, and current shop capacity, but many waterjet projects move from CAD file to finished parts in 24 to 72 hours. Simple cuts on common materials can often be completed same-day or next-day. More complex jobs involving thick materials, intricate geometries, or large production quantities may take several days to a week. The advantage of waterjet is minimal setup time—once your file is programmed, cutting begins immediately without waiting for custom tooling or dies. Rush services are often available for time-sensitive projects. For the most accurate timeline, it’s best to discuss your specific requirements and deadlines with us directly.
Yes, waterjet is one of the most flexible cutting methods for scaling from single prototypes to high-volume production. There’s no expensive tooling to amortize across quantities, so one-off parts don’t carry prohibitive setup costs. The same CNC program that cuts your prototype can run hundreds or thousands of parts with identical accuracy. For production runs of thinner materials, stack cutting allows multiple sheets to be cut simultaneously, dramatically reducing per-part costs and cycle times. This makes waterjet ideal for manufacturers who need rapid prototyping followed by production, or shops that handle both custom fabrication and repeat orders. The process stays consistent regardless of quantity.
Most waterjet-cut parts come off the machine with smooth, clean edges that require little to no secondary finishing. Unlike laser or plasma cutting, which can leave slag, dross, or heat-affected zones, waterjet produces a consistent edge quality throughout the cut. Thinner materials often need zero deburring. Thicker materials may have minor abrasive residue or slight edge texture depending on the cutting speed and finish quality selected, but this is typically far less than what laser, plasma, or mechanical cutting require. For applications where edge finish is critical, cutting parameters can be adjusted to produce smoother surfaces, though this may slightly increase cutting time. Overall, waterjet significantly reduces finishing labor compared to thermal cutting methods.

Cities we provide Waterjet Cutting Services In