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You need parts that meet spec without the usual headaches. Heat-affected zones that compromise material integrity. Rough edges that require hours of secondary finishing. Warping that throws tolerances off.
Abrasive waterjet cutting in Dix Hills, NY eliminates those problems entirely. The cold cutting process means your material’s microstructure stays intact. No brittleness along cut edges. No thermal distortion throwing your dimensions off.
You get smooth, burr-free edges straight off the machine. Most parts are ready to install without additional work. That’s time saved and money kept in your budget. When you’re working with expensive materials like titanium or specialty composites, that matters.
The process handles intricate profiles and tight inside corners that other methods struggle with. Small holes, decorative patterns, complex geometries—all done in a single pass with tolerances down to ±0.005 inches.
We’ve been serving manufacturers and fabricators across Dix Hills, NY and the surrounding tri-state area for years. We work with the same OMAX CNC equipment that aerospace and defense contractors rely on.
Dix Hills sits in the heart of Long Island’s manufacturing corridor. With 44 manufacturing companies in town and thousands more across Nassau and Suffolk counties, you need a waterjet cutting shop that understands production timelines and quality standards.
We’ve cut parts for automotive shops, architectural firms, machine shops, and industrial manufacturers throughout the region. The kind of clients who need it done right because there’s no room for rework in their schedules.
You send us your CAD file or sketch. If you don’t have a production-ready design, our team can create the CAD file from your concept. We’ve been doing this long enough to spot potential issues before they become problems.
Once the file is programmed into our CNC system, we select the appropriate abrasive and pressure settings for your material. Garnet abrasive mixed with ultra-high pressure water creates a cutting stream that slices through your material with precision.
The cutting head follows the programmed path, making clean cuts without introducing heat or mechanical stress. For thicker materials, we adjust pressure and feed rates to maintain edge quality. For intricate details, the system slows down to preserve accuracy.
After cutting, we inspect dimensions to verify they meet your specifications. Most parts come off the table ready to use. If you need additional services like milling, welding, or finishing, we handle that in-house so you’re not coordinating with multiple shops.
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Custom waterjet cutting in Dix Hills, NY for virtually any material you’re working with. Metals including aluminum, stainless steel, titanium, brass, and tool steel. Stone and tile for architectural applications. Composites, plastics, and rubber for specialized components.
Thickness capacity up to several inches depending on material. The thicker the material, the slower the cut, but edge quality remains consistent. We optimize cutting parameters to balance speed with the finish you need.
Tolerances of ±0.005 inches standard, with ±0.002 inches achievable for critical dimensions. If your application demands tighter specs, we’ll tell you upfront whether waterjet cutting is the right process or if you need additional machining.
Fast turnaround because we understand production schedules in manufacturing. Rush jobs get prioritized when you’re up against a deadline. We also offer material sourcing if you need us to supply stock, plus secondary operations like deburring, drilling, and surface finishing.
Long Island’s manufacturing sector moves fast. You’re competing with shops across the tri-state area and beyond. Having a local waterjet cutting shop that can turn parts quickly without sacrificing quality keeps your operation moving.
We cut ferrous and non-ferrous metals, stone, glass, composites, plastics, rubber, and foam. Basically, if it’s a solid material, waterjet cutting can handle it.
Metals are the most common request—aluminum, stainless steel, mild steel, titanium, brass, copper, and tool steels. The cold cutting process means we can work with hardened materials without affecting their temper. Heat-sensitive metals like aluminum don’t warp or develop heat-affected zones.
Stone and tile for architectural and decorative applications cut cleanly without chipping or cracking. Granite, marble, and engineered stone all respond well to high pressure water cutting. Glass cuts are possible but require specific handling to prevent stress fractures.
Composites and laminates stay bonded during cutting. Carbon fiber, fiberglass, and layered materials don’t delaminate the way they can with mechanical cutting methods. Plastics from acrylic to polycarbonate cut without melting or creating rough edges.
Our standard tolerance is ±0.005 inches, with ±0.002 inches achievable on critical dimensions. That’s tight enough for most machined parts and far better than plasma or torch cutting.
The accuracy depends on several factors. Material thickness affects precision—thinner materials generally hold tighter tolerances. The cutting path matters too. Straight cuts and gentle curves are easier to hold tight than sharp inside corners.
Abrasive waterjet cutting maintains consistency because there’s no tool wear like you’d see with mechanical cutting. The cutting stream doesn’t dull or deflect. Our CNC system controls the path with repeatability, so part-to-part variation stays minimal across production runs.
For applications requiring tolerances tighter than ±0.002 inches, you’re typically looking at secondary machining operations. We’ll tell you that upfront rather than promising something waterjet can’t deliver. But for the vast majority of fabricated parts, waterjet cutting in Dix Hills, NY provides the accuracy you need without additional processing.
Waterjet cuts thicker materials and doesn’t create heat-affected zones. Laser is faster on thin sheet metal but introduces thermal stress that can warp parts or change material properties.
If you’re cutting stainless steel thicker than half an inch, waterjet is usually the better choice. Laser struggles with thick materials and the edge quality degrades. Waterjet maintains clean cuts regardless of thickness, though cutting speed decreases as material gets thicker.
Heat-sensitive materials benefit from waterjet’s cold cutting process. Aluminum, titanium, and materials with specific tempers won’t have their properties altered. Laser cutting creates a heat-affected zone along the cut edge that can become brittle or discolored.
Material versatility is where waterjet really separates itself. Laser works great on metals but can’t touch stone, glass, or many composites. Waterjet handles all of those without changing setups. If you’re cutting multiple material types, you don’t need multiple processes.
Cost-wise, laser has lower operating costs for high-volume, thin sheet metal production. Waterjet makes more sense for thicker materials, mixed material types, or when edge quality matters enough to eliminate secondary finishing.
Standard turnaround is typically a few days depending on complexity and our current queue. Rush jobs can often be accommodated within 24-48 hours when you’re facing a deadline.
Simple parts with straightforward geometries cut faster than intricate designs with lots of detail work. Material thickness affects cutting time significantly—a quarter-inch aluminum plate cuts much faster than two-inch steel. Quantity matters too. Setting up the job takes time regardless of how many parts you need, so larger runs are more efficient per piece.
We prioritize based on urgency and production requirements. If your line is down waiting for a replacement part, that gets bumped ahead of routine production work. Communication is key—let us know your timeline upfront and we’ll tell you whether it’s realistic.
Being located in Dix Hills, NY means we’re accessible to manufacturers across Long Island and the tri-state area. Local pickup is available if you want parts immediately after cutting. We also ship regionally for clients who prefer delivery.
We create CAD files from sketches, drawings, or concepts if you don’t have production-ready designs. Our team has experience translating ideas into cuttable files that optimize material usage and cutting efficiency.
Sometimes you know what you need but don’t have the CAD expertise in-house. You send us a marked-up print, a hand sketch, or even a sample part, and we’ll generate the file. We can also modify existing designs to improve manufacturability or reduce waste.
Nesting multiple parts on a single sheet minimizes material waste and reduces your cost per piece. We’ll arrange your parts to maximize yield while maintaining adequate spacing for cutting. That optimization comes from years of programming waterjet cuts.
If you’re prototyping and need to iterate on a design, we can make adjustments quickly. Change a dimension, add a feature, modify a profile—those revisions happen in the CAD file before we cut material. That flexibility helps you refine designs without wasting stock.
The goal is making the process easy for you. Whether you’re an engineer with perfect CAD files or a fabricator with a napkin sketch, we’ll get you to finished parts.
We provide milling, welding, fabrication, polishing, and plating in-house. That means you’re not coordinating with multiple shops to get a finished assembly or component.
Waterjet cutting gets you precision blanks, but many parts need additional work. Drilling and tapping holes, milling pockets or slots, adding threads—we handle those secondary operations so parts arrive ready to install. That saves you time managing subcontractors and reduces the risk of damage during transit between shops.
Welding and fabrication services let us take cut parts and turn them into assemblies. If you need brackets welded, frames built, or components joined, we do that work here. You get a finished product instead of a pile of parts to assemble yourself.
Surface finishing like polishing, deburring, and plating improves appearance and function. Architectural components often need polished edges. Industrial parts might require zinc plating or powder coating for corrosion resistance. We coordinate those finishes so you receive completed parts.
Having everything under one roof means better quality control and faster turnaround. We’re accountable for the entire process, not just one step. For manufacturers and fabricators in Dix Hills, NY and across the tri-state area, that simplifies your supply chain and reduces headaches.
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