Controlled by CNC (Computer Numerical Control) systems, our waterjet cutting uses extremely high-pressure water mixed with an abrasive substance to cut through materials of various thicknesses for prototypes, one-offs, and broader industrial applications.
Traditionally, waterjet cutting has been viewed as a slow and costly process. However, our automated waterjet process, coupled with our extensive experience, enables us to provide quick, efficient, and cost-effective waterjet services for businesses.
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Saving time and money on your project is just the beginning. Compared to laser cutting, waterjet cutting services are the ideal solution for unusual and thick materials that require quality edges. It's one of the most popular methods for cutting raw materials, and for good reason:
CNC waterjet cutters easily switch from pure water to abrasive cutting and can cut virtually any material. For instance, they effectively handle materials that are reflective, heat-sensitive, or non-conductive—often unsuitable for laser or plasma cutting.
Maximize the quality and efficiency of your waterjet cut parts by following our recommended design guidelines:
While waterjet cutting is optimal for materials up to 6" (152mm) in thickness, cutting thicker materials may increase cut times and potentially result in wider kerf widths.
In addition to using waterjet cutting to shape metals and plastics of various thicknesses, waterjet cutting is also the ideal method for processing composite materials such as Carbon Fiber and G10/FR-4. Moreover, we offer a variety of finishing options to enhance the appearance and functionality of your parts. If you need custom materials or finishes not listed here, please contact us.
Excellent strength-to-weight ratio & corrosion-resistant.
Superior corrosion resistance & highly durable.
Great strength and durability & widely used in construction.
Great strength ,durability & widely used in construction.
Outstanding electrical conductivity & preferred for electrical uses.
Strong, lightweight, and corrosion-resistant & ideal for aerospace and medical.
Excellent corrosion resistance and high-temp stability & suited for extreme environments.
Includes ABS, Nylon, Polycarbonate, PEEK, and more.
Also known as Plexiglas, it is clear, durable, and resistant to UV light and weathering.
Lightweight, incredibly strong.
The go-to material for electronic parts & marine applications.
Commonly used for countertops, terminal bases, and propeller blades.
Increases corrosion and wear resistance on aluminum laser cut parts, enhancing surface hardness and offering a variety of color options.
Achieves a uniform matte finish free of machining marks or imperfections, often a preparatory step before other surface treatments.
Adds a uniform, durable layer of color to metals, available in many shades for a long-lasting finish.
Provides functional, decorative, or anti-corrosive finishes, with chrome-plating for auto parts being a common use.
Produces a glossy surface that improves visual appeal and minimizes light scattering.
Creates a textured, non-reflective finish that masks fingerprints or light scratches.
Here are some waterjet cutting projects we have worked for our customers.
Rapid Turnaround
Assured High Quality
Competitive Pricing
Professional Support
We offer various cutting methods for your different project . To help you select the method that best fits your requirements, we provide a direct comparison between waterjet cutting and other cutting techniques.
| Attribute | Water jet Cutting | Laser Cutting | Plasma Cutting |
| Materials | Almost all materials including metals, stone, ceramics, composites | Metals, plastics, some composites | Metals, particularly conductive types |
| Max Material Thickness | Up to 8''(203mm) m for metals, more for softer materials | Up to 1'' (25mm)for metals, less for reflective materials | Up to 2''(50mm) for most metals |
| Material Stress | Minimal, no heat-affected zone | Can cause thermal stress, HAZ | Significant thermal stress, HAZ |
| Cost | High, due to operational costs | Moderate to high, varies with material and thickness | Lower, especially for thick metals |
| Cutting Waste | Minimal, mostly water and garnet operational costs | Moderate, includes fumes and particulate matter | Moderate to high, includes fumes and slag |
| Need for Secondary Finishing | Low, often produces a smooth edge | Variable; may require cleaning or deburring based on material | High, often requires grinding or deburring |
| Shape | Capable of cutting complex 2D and 3D shapes | Best for 2D shapes; limited 3D capability | Primarily 2D shapes; not suitable for complex 3D shapes |
| Precision | High precision, especially with fine abrasives | Extremely high precision, best for detailed work | Lower precision compared to waterjet and laser |
| Cutting Speed | Generally slower than laser and plasma | Fast, especially for thin materials | Fast for most metals, especially thinner materials |
This table is meant to serve as a general guideline, specifics can vary widely depending on the exact machinery , technology used, and material being cut.
Waterjet cutting offers extensive versatility in terms of material types and thickness compared to other cutting methods, making it invaluable across numerous industries.
Waterjet cutting can accurately and effectively cut blanks, and often serves as a foundational step in various manufacturing phases such as sheet metal fabrication, CNC machining, drilling, welding, and assembly.
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Waterjet cutting is commonly employed for prototyping various designs, as it operates without the constraint of material limitations. Due to its speed and accuracy, it is an essential tool in prototype development for testing the fit and function of parts.
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Besides complex 2D cutting, waterjet cutting with 5-axis heads can also perform intricate 3D cuts and create bevels. Additionally, its capability to produce complex parts with high-quality finishes means that many of these parts can be used directly in the market, without needing secondary processing.
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In the aerospace industry, waterjet cutting is crucial for crafting panels from high-strength materials such as aluminum and titanium. It also excels in slicing through lightweight composite materials that are fundamental to aircraft manufacturing.
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In construction and architecture, waterjet cutting facilitates the creation of stone and tile for architectural features. It is also favored for producing custom glass components that serve both structural and decorative purposes in buildings.
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For the electronics industry, waterjet cutting is key for shaping insulation boards within electronic appliances and cutting protective covers that safeguard sensitive electronic components.
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The automotive sector utilizes waterjet cutting for shaping interior components, including panels and decorative elements crafted from composite materials. It is also instrumental in producing metal brackets and other critical structural components.
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In medical manufacturing, the precision of waterjet cutting is paramount. It is used for shaping prosthetic components from a diverse range of materials and for making precise cuts in implants constructed from metals like titanium and stainless steel.
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