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Tri-State Waterjet FAQ

Frequently Asked Questions

At Tri-State Waterjet, we use ultra-high-pressure water — sometimes mixed with abrasive garnet — to cut materials with extreme precision. Guided by computer-aided design (CAD) and CNC controls, the waterjet stream produces smooth, accurate edges without heat or distortion, making it ideal for complex shapes and delicate materials.

We serve customers across New York, New Jersey, and Connecticut, cutting a wide range of materials:

  • Metals: steel, stainless, aluminum, copper, brass, titanium

  • Plastics and composites: acrylic, HDPE, carbon fiber, fiberglass

  • Stone and tile: marble, granite, ceramic, porcelain

  • Glass, foam, rubber, gaskets, and more Because waterjet cutting doesn’t use heat, even reflective or heat-sensitive materials can be processed safely.

Depending on the material, we can cut up to several inches thick. Soft materials like foam can be cut in very large thicknesses, while dense metals and stone are typically limited by machine capacity. Send us your specs and we’ll confirm the maximum thickness for your project.

Our advanced waterjet systems achieve tolerances within a few thousandths of an inch, depending on the material and design complexity. This makes waterjet cutting ideal for parts requiring accuracy without heat-affected zones.

Yes. Tri-State Waterjet provides complete computer-aided design services. Whether you bring a sketch, a PDF, or a DWG/DXF file, we can create or refine the CAD drawing, ensuring your part is optimized for smooth, efficient cutting.

We accept most industry-standard files, including DWG, DXF, IGS, STEP, and PDF. If you don’t have a digital file, our team can convert your concept into a cut-ready design.

Our machines handle small components, large panels, and intricate profiles with equal ease. From basic circles and straight edges to complex logos, gears, or architectural panels, we can cut almost any 2D shape.

Waterjet cutting produces no heat-affected zone, preserving the original properties of your material. It also works on reflective or heat-sensitive surfaces that lasers or plasma may damage. While lasers may be faster on thin sheet metal, waterjet cutting excels in versatility, thickness range, and edge quality.

Absolutely. Many customers supply their own stock, provided it meets flatness and quality requirements. We can also source material on your behalf — from metals and glass to stone slabs and composites.

Most projects come off the waterjet with a clean, satin-smooth edge that needs little or no secondary finishing. For ultra-fine finishes or polished edges, we can recommend post-cut options.

Lead times vary by project size, material, and complexity. Simple jobs are often turned around in a few business days, while larger or intricate projects may require additional time. We’ll provide a clear estimate when quoting your job.

Pricing depends on material type and thickness, cut complexity, part quantity, and whether we’re sourcing material or you provide it. Send us your drawing or concept for a fast, no-obligation quote.

Most materials can be cut with a waterjet, but tempered glass, certain ceramics, and extremely brittle items may require special handling or may not be suitable. We’re happy to review samples and advise on feasibility.

Yes. Waterjet cutting uses a clean stream of water and garnet abrasive, producing minimal dust or fumes. We recycle water where possible and dispose of abrasive according to environmental standards.

Email us your drawing or sketch, include material type and thickness, and describe your timeline. We’ll prepare a detailed quote and, if needed, help you finalize the design.