The waterjet cutting service we provide employs sophisticated technology for accurate and versatile cutting of different materials. Our service is relevant for many industries such as aerospace, automotive, and manufacturing, as it ensures precision with minimal environmental impact and maximal efficiency.
Discover the benefits of CNC waterjet cutting services for accurate and efficient material cutting for industrial, commercial, or custom applications!
Complex shapes are cut intricately and accurately with waterjet CNCs.
For softer materials, pure waterjets are used; for tougher materials, abrasive waterjets are utilized.
There are no HAZ (Heat Affected Zones) ensuring the cutting preserves the material’s structure and quality.
No warping occurs while achieving sharp corners and fine details.
Fast turnaround without sacrificing precision is guaranteed with advanced automation.
Ideal for prototypes and projects of a larger scope.
| Feature | Details |
|---|---|
| Cutting Tolerances | ± 0.03 mm |
| Material Thickness Range | 0.1 mm to 200 mm |
| Cutting Medium | Pure water or abrasive water for harder materials |
| Compatible Materials | Metals (steel, aluminum, titanium), composites, plastics, glass, ceramics, and stone |
| Maximum Table Size | 10 ft x 20 ft |
| Cutting Speed | Variable, based on material and project requirements |
| Edge Quality | Up to five finish levels for custom requirements |
Understand from our clients what they say about doing business with us and the unique value addition we provide.
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We ensure exceptional Waterjet Cutting Service quality and trustworthiness from prototype to final product. Contact us today to learn how your projects can benefit from advanced technologies and professional engineering.
A: Waterjet cutting is an advanced technology that employs an ultrahigh-pressure stream of water, often mixed with abrasives, to penetrate different materials. The high-pressure water stream enables accurate cutting, which is crucial for intricate designs and sharp corners where the material is not supposed to be affected.
A: A waterjet cutter can effectively cut metals, stone, glass, ceramics, and even composite materials. It is particularly adept with metal, providing accurate cuts on sheet metal components without changing their structural characteristics.
A: Unlike laser and plasma cutting, waterjet cutting does not employ heat. This advantage provides additional functionality for items and materials that are sensitive to high temperatures. The cold cutting technique preserves the characteristics and structure of the material being cut.
A: The benefits included in waterjet cutting services are its ability to cut intricate geometrical shapes precisely and accurately without any thermal distortion or wastage of materials and costs per unit which makes it beneficial for both prototyping and production runs.
A: Indeed, waterjet cutting is highly regarded for its precision and versatility, making it a staple in industrial cutting applications. There are various industries, such as the aerospace industry, automotive industry and construction industry, that frequently employ waterjet cutting for manufacturing and fabrication work.
A: Pure waterjet cutting is best suited for softer materials and therefore does not require the added abrasive power for cutting rubber, foam, and certain plastics.
A: A CAD file ensures that the specific parameters are provided for the design to be created accurately and consequently helps the CNC waterjet machines cut to shape the required precise designs. The CAD file provides assurance that the cutting system would not deviate from the required dimensions and will follow the outline provided by the project.
A: Indeed, waterjet cutting is popular because it minimizes material waste and eliminates the need for secondary finishing processes. It is efficient for both small and large scale projects and selected in a variety of industries.
A: Accuracy in waterjet cutting is gained through the employment of computer numerical control or CNC waterjet cutters, and high pressure streams of water. The machines are instructed to cut along the lines provided by the CAD file which guarantees accurate cuts as well as quality results.
