Waterjet cutting machines are precision machining equipment that uses high-pressure water jets as the cutting medium, combined with a CNC system, to cut materials. They rely on the physical erosion effect of the high-pressure water jet to complete the cutting operation and are widely used in precision machining scenarios across various industries.
Processing Complex Shapes
Waterjet cutting machines can achieve high-precision bevel cutting, curved surface cutting, and complex irregular shape cutting, supporting both 2D and 3D machining, expanding processing fields, and meeting the needs of industries such as aerospace, automotive, and precision instruments.
No Heat-Affected Zone Cutting
Utilizing a cold-state cutting principle, the cutting process does not generate high temperatures, avoiding thermal deformation of materials. It effectively protects the chemical composition and physical properties of heat-sensitive materials such as aluminum alloys, titanium alloys, plastics, and stone, ensuring that the material retains excellent mechanical properties after cutting and avoiding the adverse effects of traditional thermal cutting.
Green, Clean, and Environmentally Friendly
The cutting process does not produce toxic or harmful gases or dust. The cutting medium is water and recyclable abrasive. The abrasive can be filtered and recycled, resulting in no industrial pollution and meeting environmental protection production requirements.
High-Pressure Waterjet Cutting
High-speed water jet cutting uses precision nozzles to propel high-speed water jets, cutting materials of varying hardness. Combined with a precision CNC system, cutting errors are controlled within 0.1mm, reducing material waste, optimizing production processes, and improving resource utilization.
High-Efficiency Water Circulation System
Equipped with a high-efficiency water circulation system, it features low maximum water consumption and recycles water resources, reducing waste. The cutting process produces no harmful gases or pollutants, meeting modern industrial environmental protection requirements. Combined with a pressure regulation system, water and energy consumption are effectively controlled, reducing operating costs.
Controllable Production Costs
With low operating barriers and a high equipment yield rate, it offers lower overall processing costs compared to thermal cutting processes such as laser cutting, making it one of the mainstream processing methods in the current industrial cutting field.
