Serving New York, New Jersey, and Connecticut

Rubber & Gasket Cutting Long Island, NY

Gaskets Cut Right, Without the Wait

When your project can’t wait weeks for custom tooling and you need gaskets that actually seal, waterjet cutting delivers. Precision cuts from your CAD file, tight tolerances on any material, and turnaround times that keep your operation moving.

Built on Precision, Not Promises

01

CNC Waterjet Technology

Our Flow Mach 500 system cuts directly from your CAD files with computer-controlled precision, eliminating human error and ensuring repeatable accuracy.

02

No Heat Distortion

Cold water cutting preserves your material properties completely. No melting, no charring, no hardened edges that compromise seal performance.

03

Tolerances to +/- .005"

Tight tolerance capability means your gaskets fit properly the first time, reducing callbacks, rework, and the headaches that come with poor-fitting parts.

40+

Years Of Experience

Custom Waterjet Cut Gaskets Long Island, NY

Precision Cutting for Parts That Actually Matter

Waterjet cutting uses high-pressure water to slice through rubber, foam, compressed sheet, and specialty materials with surgical precision. No tooling. No heat. No compression distortion that ruins soft materials. You send us your CAD file, drawing, or even a sample. We program the cut, nest your parts efficiently to reduce waste, and deliver gaskets that meet your specs. Whether you need one prototype or a few hundred pieces, the process stays consistent. This matters when you’re dealing with critical sealing applications where leaks aren’t an option and downtime costs real money.

Built on Precision, Not Promises

01

You’ll get parts in days instead of weeks because there’s no custom die to fabricate and no tooling lead time.

02

Your material stays intact with no heat-affected zones, charred edges, or compression marks that compromise sealing performance.

03

Complex shapes and tight inside radii get cut cleanly without the limitations of die cutting or the distortion from knife cutting.

04

You’ll reduce material waste significantly through smart nesting that fits more parts per sheet than traditional cutting methods.

05

Thick materials and laminates cut cleanly without delamination, cracking, or the “burst” distortion you get from die cutting.

06

Design changes happen instantly by updating your CAD file—no waiting for new tooling or eating the cost of obsolete dies.

Custom Rubber Seal Cutting Long Island, NY

What Materials We Cut and Why It Matters

Rubber compounds—natural rubber, neoprene, EPDM, silicone, Viton, nitrile. Foam and sponge materials in various densities. Compressed gasket sheet including graphite, fiber, and non-asbestos. Cork rubber. Urethane. PTFE and filled PTFE. Laminated materials with fabric reinforcement. The waterjet handles all of it because there’s no tool contact and no heat generation. Materials that would melt under laser cutting or crush under die cutting come out clean. This matters when you’re specifying materials for chemical resistance, temperature ranges, or FDA compliance. The cutting process won’t compromise the properties you selected the material for in the first place. We can work from your supplied material or source what you need. Either way, the cutting process adapts to the material rather than forcing the material to adapt to the process.

Rubber Gasket Fabrication Long Island, NY

Why Tooling Costs Kill Small Production Runs

Here’s the reality: traditional die cutting requires custom steel rule dies that can cost hundreds or thousands of dollars. That’s fine if you’re ordering 10,000 parts. But when you need 50 gaskets? The math doesn’t work. Waterjet cutting eliminates that barrier completely. The “tooling” is your CAD file. Changes cost nothing. Revisions take minutes, not weeks. You can prototype Monday, revise Tuesday, and have production parts shipping Wednesday. This becomes critical when you’re dealing with custom equipment repairs, prototype development, or applications where the exact dimensions won’t be finalized until you test fit the first piece. You’re not locked into tooling that might need modification. And for materials like thick foam, sponge rubber, or laminated composites, waterjet cutting prevents the compression distortion that happens when a die punches through. The water stream cuts one path at a time, leaving clean edges without crushing the material structure.

Industrial Gasket Cutting Service Long Island, NY

What You Actually Get from Waterjet Cutting

Beyond just cutting shapes, this process solves the problems that traditional methods create—without the tooling costs, heat damage, or weeks of waiting.

01 File Submission & Review

Send your CAD file, PDF, drawing, or physical sample. We review dimensions, confirm material specs, and provide a quote with realistic turnaround time.

03 Precision Cutting & Delivery

High-pressure water cuts your gaskets to spec with no heat, no distortion, and no tooling marks. Parts are inspected, packaged, and shipped.

02 Programming & Nesting

Your parts get programmed into our CNC waterjet system. We nest multiple pieces efficiently to maximize material usage and minimize your cost.

Frequently Asked Questions

What's the difference between waterjet cutting and die cutting for gaskets?

Die cutting uses a steel rule die that punches through material all at once—fast for high volumes but requires expensive custom tooling and can crush or distort soft materials. Waterjet cutting uses high-pressure water to cut one path at a time with no tooling required, making it ideal for prototypes, small runs, and materials that can’t handle compression. You get tighter tolerances, cleaner edges, and no heat distortion. The tradeoff is speed—waterjet works best for quantities under a few hundred pieces where tooling costs don’t make sense. For custom work, design changes, or materials like thick foam and laminated composites, waterjet typically delivers better results without the upfront investment.

Can you cut gaskets from material I supply, or do I need to buy through you?

We can work either way. If you have material on hand or a specific supplier relationship, send it over and we’ll cut from your stock. If you need us to source material, we can do that too—we work with rubber, foam, compressed sheet, and specialty materials regularly. The main thing is making sure the material is appropriate for waterjet cutting. Some fibrous materials or paper-based products don’t cut well because they absorb water or tear, but most rubber, foam, and gasket sheet materials work perfectly. If you’re unsure whether your material will work, send us a sample and we’ll run a test cut to show you the edge quality before committing to production.

How tight can you hold tolerances on waterjet cut rubber gaskets?

We can hold tolerances to +/- .005″ on most applications, with some materials and geometries achieving even tighter specs. The actual achievable tolerance depends more on the material properties than the cutting process—soft, compressible materials like open-cell foam will have more variation than dense rubber or compressed sheet. The waterjet itself is extremely precise, but materials that compress, stretch, or have memory will behave differently than rigid materials. For critical dimensions, we recommend specifying tolerances based on the material’s characteristics and the application requirements. If you need specific tolerance verification, we can provide first article inspection and dimensional reports to confirm parts meet your specifications before running production quantities.

What file formats do you accept and can you work without CAD files?

We work directly with CAD files in standard formats like DXF, DWG, and STEP, which give us the cleanest programming. But we can also work from PDFs, hand sketches, or physical samples. If you send a drawing or sample, our team can create the CAD file for you—there’s no requirement that you provide finished CAD data. For samples, we can reverse engineer the dimensions and create a cutting program that matches. This is common for replacement gaskets where the original part exists but drawings don’t. The more information you can provide about critical dimensions, tolerances, and material specs, the better, but we’ll work with whatever you have to get you accurate parts.

How quickly can you turn around a custom gasket order?

Turnaround depends on material availability, queue, and quantity, but prototype orders often ship within a few days. Because there’s no tooling to fabricate, we can move quickly once material is in hand. Rush service is available when you’re dealing with equipment downtime or project deadlines. For small quantities of standard materials we stock, same-day or next-day turnaround is possible. Larger quantities or specialty materials might take a week or two. The key advantage over die cutting is eliminating the 2-4 week tooling lead time—even our standard turnaround is usually faster than waiting for custom dies. When you reach out with a project, we’ll give you realistic timing based on current capacity and material lead time.

What industries and applications do you typically serve with gasket cutting?

We serve Long Island’s manufacturing sector including pharmaceutical and biotech facilities, food processing plants, aerospace and defense contractors, HVAC and mechanical contractors, marine fabrication shops, and general industrial manufacturers. Common applications include flange gaskets for piping systems, custom seals for equipment enclosures, replacement gaskets for legacy equipment, prototype gaskets for new product development, O-rings and custom profiles, vibration dampening pads, and specialty seals for chemical processing. The industries vary but the need is consistent—precision-cut gaskets that seal properly without the cost and delay of custom tooling. Whether you’re maintaining existing equipment, developing new products, or solving a one-off sealing challenge, waterjet cutting provides the flexibility to handle custom work economically.