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You’re working with marble because you want something exceptional. The veining, the finish, the way light hits the surface—it all matters. But getting from slab to installed piece without compromising that material is where most cutting methods fall short.
Waterjet cutting doesn’t generate heat. It doesn’t apply lateral force. It doesn’t crack delicate edges or burn through natural patterns you spent time selecting.
What you get is accuracy within thousandths of an inch, cuts that follow your exact design file, and edges smooth enough that finishing work gets cut in half. Circular inlays, intricate borders, custom medallions—if you can draw it, we can cut it. And because there’s no blade wear or tool degradation, the first cut and the last cut are identical.
This matters when you’re working with expensive material and tight timelines. Less waste means better material utilization. Faster turnaround means your project stays on schedule. Clean edges mean your installers aren’t fighting with the pieces on site.
We operate three OMAX waterjet systems in Bohemia, handling everything from concept consultation to final cuts. We’re not a general fabrication shop that does waterjet on the side—this is what we do.
Architects and contractors across Long Island bring us their marble projects because the equipment matters and the operator matters. Our machines handle slabs up to 5′ x 10′, cut through marble up to 200mm thick, and maintain tolerances that traditional saws can’t touch.
Bohemia’s commercial and residential design market has pushed us to handle increasingly complex requests. Luxury home builders working in Old Field and Nissequogue, hospitality projects throughout Suffolk County, custom commercial installations in downtown areas—they all need the same thing: marble cut right the first time, without the risk of cracking a $3,000 slab because someone applied too much pressure with a blade.
You send us your design file—DXF, DWG, or even a detailed sketch. We review it for material compatibility and cutting feasibility, then provide feedback if adjustments would improve structural integrity or reduce cost.
Once the design is locked, we program the cut path into the CNC system. The waterjet uses a high-pressure stream mixed with garnet abrasive to cut through the marble. No blades touch the surface. No heat builds up. The water stays cold, the marble stays intact, and the cut follows your line exactly.
Thickness doesn’t slow us down much. A 20mm slab cuts almost as fast as a 50mm slab. Complex curves take the same precision as straight lines. The machine doesn’t get tired, doesn’t need bit changes, and doesn’t drift off course halfway through.
After cutting, edges come off the machine smooth—not polished, but clean enough that minimal finishing is required. You’re not grinding down rough saw marks or filling chips. For most installations, a quick pass with a polisher is all it takes.
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Marble is brittle. It cracks under pressure. It scorches under heat. Traditional cutting methods work against the material’s nature, which is why you see chipped edges, stress fractures, and wasted slabs.
Waterjet cutting works with the material. The stream is only 0.04 inches wide, so there’s minimal kerf loss. That means more usable material from every slab—critical when you’re working with book-matched pieces or trying to maximize yield from expensive stone.
In Bohemia and across Long Island, architects are specifying more intricate marble installations. Statement floors with geometric inlays. Feature walls with custom patterns. Reception desks with curved edges and integrated logos. These designs don’t work with straight cuts and miter saws.
We handle Carrara, Calacatta, Statuario, and other high-end marbles that cost too much to risk on trial cuts. The waterjet doesn’t care about hardness variations or natural fissures in the stone—it cuts through consistently without applying force that would exploit weak points.
Turnaround depends on complexity and thickness, but most projects move through in days, not weeks. You’re not waiting on multiple setups or tool changes. One machine, one setup, complete cuts.
Yes, and that’s exactly why architects and designers use waterjet for complex marble work. The cutting stream is only 0.04 inches wide and applies zero lateral pressure to the material. Traditional saws push against the stone, which creates stress points that turn into cracks—especially in delicate areas like thin borders or tight curves.
Waterjet cuts by erosion, not force. The high-pressure water mixed with garnet abrasive wears through the marble without applying mechanical stress. This means you can cut sharp internal corners, intricate scrollwork, and detailed patterns that would shatter under a blade.
We’ve cut marble medallions with 1/8-inch details, circular inlays with dozens of individual pieces, and custom borders that required hundreds of direction changes. The stone doesn’t know it’s being cut until the piece separates. No vibration, no heat, no pressure—just precise material removal along your exact design path.
The water stays cold throughout the entire cutting process. Unlike saws, grinders, or lasers that generate friction and heat, waterjet cutting uses ambient-temperature water at high pressure. The stream moves fast enough to cut but doesn’t create thermal buildup.
This matters because marble is calcium carbonate. Apply heat, and you risk discoloration, structural changes, and surface damage that can’t be polished out. We’ve seen slabs come in from other shops with burn marks along cut lines or heat-affected zones that changed the stone’s appearance.
With waterjet, the water actually cools the cutting area. Any minimal heat generated by the abrasive friction is immediately dissipated by the water flow. Your marble comes off the machine at the same temperature it went on, with no thermal stress, no discoloration, and no compromised structural integrity. The natural veining and color remain exactly as they were.
Our OMAX systems hold tolerances within ±0.005 inches across the entire cut. That’s five thousandths of an inch—tighter than most installation gaps and precise enough for pieces that need to fit together without visible seams.
This level of accuracy comes from CNC control and consistent cutting force. A saw blade wears down during cutting, so the first cut and the last cut have different dimensions. Waterjet doesn’t wear—the stream stays the same width from start to finish.
For projects requiring multiple identical pieces, this consistency is critical. If you’re cutting 20 marble tiles for a feature wall, all 20 come out identical. No variation, no need to sort through pieces looking for the best fits. They all fit because they’re all cut to the same specification. This precision also means less material waste, fewer rejected pieces, and faster installation times because your crew isn’t adjusting pieces on site.
Waterjet cutting costs more per linear foot than a straight saw cut. But that’s not the full picture. Traditional cutting generates 20-30% more waste because of wider kerf, blade wander, and mistakes that crack the material. When you’re working with marble at $50-150 per square foot, waste adds up fast.
Waterjet reduces waste significantly. The narrow cutting stream means more usable material from each slab. The precision means fewer rejected pieces. The lack of cracking means you’re not ordering replacement material because someone applied too much pressure during cutting.
Factor in finishing time, too. Waterjet edges come off smooth, requiring minimal grinding or polishing. Traditional saw cuts leave rough edges that need significant finishing work—that’s labor cost. For complex designs, waterjet is often cheaper overall because it eliminates multiple setups, reduces material waste, and cuts finishing time. You’re paying for the cut, but saving on material, labor, and timeline.
Our systems cut marble up to 200mm thick—that’s nearly 8 inches. Most commercial applications use 20mm to 50mm material, which we handle easily. Thickness affects cutting speed but not precision or edge quality.
Thicker slabs actually benefit more from waterjet cutting than thin material. Traditional methods struggle with thick marble because blade depth becomes an issue and heat buildup intensifies. You’re more likely to see burn marks, blade wander, and structural stress in thick cuts.
Waterjet doesn’t care about thickness in the same way. The stream penetrates straight through, maintaining the same narrow kerf and precision regardless of material depth. We’ve cut 100mm marble slabs for commercial flooring, 75mm pieces for exterior cladding, and custom-thickness material for specialty installations. The process stays consistent—just takes longer for the stream to cut through the additional material.
Waterjet cuts all marble types—Carrara, Calacatta, Statuario, Emperador, Crema Marfil, and everything in between. The process doesn’t discriminate based on hardness, color, or veining patterns. Softer marbles that crack easily under blade pressure actually perform better with waterjet because there’s no mechanical stress.
The real consideration is what you’re trying to accomplish. Highly figured marble with dramatic veining benefits from waterjet because you can cut around or through veining without risking cracks along natural fissures. Book-matched slabs stay intact because there’s no vibration to separate along the match line.
Polished, honed, or leathered finishes all cut the same. The waterjet doesn’t interact with the surface finish—it cuts straight through regardless of how the stone was processed. We’ve cut everything from raw slabs to fully finished pieces that needed custom shapes after polishing. The finish stays intact, the edges come out clean, and you’re not re-polishing the entire piece because cutting damaged the surface.
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