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You’re not cutting metal for fun. You need parts that fit the first time, materials that don’t warp under heat, and turnaround times that don’t kill your schedule.
Metal waterjet cutting in Plainview, NY gives you that. High-pressure water mixed with abrasive cuts through aluminum, stainless steel, titanium, and brass without introducing heat zones that compromise material integrity. No warping. No secondary finishing to fix rough edges. Just clean cuts that meet your specs.
This matters when you’re producing aerospace components, custom fabrication work, or machine parts where tolerances aren’t suggestions. You nest parts efficiently to reduce waste. You cut complex shapes in a single pass instead of multiple setups. And when deadlines tighten, you’re not stuck waiting for a shop that can actually handle the job.
The difference shows up in your bottom line and your reputation with customers who expect parts that work right out of the gate.
We’ve operated in the Long Island area for over 38 years. That’s not a marketing line—it’s context for why we understand what manufacturers and fabricators in Plainview, NY actually need.
The aerospace and defense sector here demands precision on exotic metals and hard alloys. We’ve cut structural components for flight-critical applications where failure isn’t an option. We’ve worked with companies throughout the tri-state area who need fast turnaround without sacrificing accuracy.
Our Mitsubishi Electric waterjet systems cut with precision that holds up under inspection. We also handle milling, welding, fabrication, and CAD file creation when your project needs more than just cutting. You’re working with people who’ve seen thousands of jobs and know how to handle yours correctly.
You send us your CAD file or specifications. If you don’t have a file ready, we can create one based on your drawings or samples. This step matters because accurate programming prevents material waste and ensures your parts come out right.
Next, we load your material—whether that’s aluminum plate, stainless steel sheet, titanium, or another metal—and nest your parts to maximize material usage. Our waterjet system uses high-pressure water traveling at three times the speed of sound, mixed with abrasive, to cut your shapes. No heat means no distortion or hardened edges that create problems downstream.
Once cutting finishes, we inspect dimensions and edges. If your project requires additional work like deburring, welding, or surface finishing, we handle that in-house. You get parts that are ready to use, not pieces that need more work before they’re functional.
Turnaround depends on complexity and volume, but we also offer emergency service when your timeline doesn’t allow for typical lead times. You’ll know what to expect before we start.
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CNC metal waterjet cutting in Plainview, NY means you’re getting more than just a cut. You’re getting material expertise, process knowledge, and complementary services that keep your project moving.
We cut ferrous and non-ferrous metals including aluminum, stainless steel, titanium, brass, and exotic alloys used in aerospace applications. Our equipment handles thick plate and thin sheet with the same precision. Complex geometries, tight inside corners, and intricate patterns don’t require special tooling or multiple setups.
Plainview’s manufacturing sector—especially aerospace and precision fabrication companies—often needs more than cutting. We provide milling for additional machining, welding for assemblies, and various finishing options including polishing and plating. CAD file creation means you can move from concept to production without outsourcing design work.
The local advantage matters here. We understand the supply chain pressures and quality standards that Long Island manufacturers face. When you’re producing parts for aerospace OEMs or fulfilling contracts with tight delivery windows, you need a shop that responds quickly and delivers consistently. That’s what 38 years in this market teaches you.
We cut virtually any metal you’re working with. Aluminum, stainless steel, titanium, brass, copper, and exotic alloys all respond well to waterjet cutting.
The advantage over laser or plasma is that waterjet doesn’t introduce heat, so you avoid warped edges, hardened zones, or material property changes. This matters significantly when you’re cutting aerospace-grade titanium or precision stainless steel components where heat-affected zones create inspection failures.
Thickness ranges from thin gauge sheet up to several inches of plate, depending on material hardness and your tolerance requirements. If you’re unsure whether waterjet suits your specific material or application, bring us your specs and we’ll give you a straight answer based on what we’ve cut before.
Waterjet cuts without heat, which eliminates several problems that laser cutting creates. You won’t see burned edges, heat distortion, or hardened zones that require secondary grinding or finishing.
For thicker materials—anything over half an inch—waterjet typically outperforms laser in both cut quality and speed. Laser struggles with reflective metals like aluminum and copper, while waterjet handles them without issue. You also get better results on hardened steels and exotic alloys that aerospace and defense work demands.
The tradeoff is that laser can be faster on thin materials with simple shapes. But when precision, material integrity, and edge quality matter more than shaving seconds off cycle time, waterjet delivers better parts. And since we’re not introducing heat, you’re not dealing with warped pieces that don’t fit your assemblies.
Turnaround depends on job complexity, material thickness, and current shop load. Simple parts in standard materials often ship within a few days. Complex assemblies or high-volume production runs take longer.
We’re upfront about timing when you request a quote. If your deadline is tight, tell us—we offer emergency service for situations where standard lead times don’t work. That’s particularly useful for Plainview manufacturers dealing with unexpected equipment failures or last-minute design changes that can’t wait.
Rush jobs cost more because we’re prioritizing your work over scheduled production, but when downtime is costing you thousands per day, fast turnaround pays for itself. We’ve handled plenty of emergency cuts for aerospace and manufacturing clients who needed parts yesterday, not next week.
We work with CAD files in most standard formats—DXF, DWG, and others that CNC equipment reads. If you’ve got digital files ready, send them over and we’ll program directly from those.
If you’re working from paper drawings, sketches, or physical samples, we create CAD files in-house. This adds a step to the process but ensures your parts come out accurately. We’ve done this hundreds of times for clients who have legacy drawings or concept sketches that need translation into production-ready files.
File creation typically adds a day or two to the front end of your project, depending on complexity. But it’s worth doing right because programming errors waste your material and time. We’ll send you the CAD file for approval before we start cutting, so you can verify dimensions and features match your expectations.
Yes, and that’s exactly why aerospace and precision manufacturing companies use waterjet for critical components. Our Mitsubishi Electric systems include intelligent taper control that compensates for the slight angle that high-pressure water creates as it cuts through material.
Standard tolerances run around ±0.005 inches, which handles most precision fabrication work. Tighter tolerances are achievable depending on material type, thickness, and part geometry. If your application demands specific tolerance ranges, tell us what you need and we’ll confirm whether waterjet meets those requirements or if you need additional machining.
The consistency matters as much as the tolerance. You’re not getting parts that vary from piece to piece because tooling dulled or heat built up during the run. Waterjet maintains the same cut quality from the first part to the last, which matters when you’re producing components that must be interchangeable or meet strict inspection criteria.
We handle milling, welding, fabrication, polishing, and plating in-house. This matters because most projects need more than just cutting—you need holes drilled, edges deburred, pieces welded into assemblies, or surfaces finished to specific standards.
Keeping these services under one roof saves you time coordinating between multiple shops and reduces the risk of parts getting damaged or lost in transit. You work with one point of contact instead of managing three or four vendors for a single project.
For Plainview manufacturers working on aerospace components or precision assemblies, this integrated approach means faster turnaround and better quality control. We’re inspecting and handling your parts through every step, not passing them off to another shop that doesn’t understand the context or requirements. When something needs adjustment, we catch it immediately instead of discovering problems after parts have moved through multiple facilities.
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