1.Flat glass can be processed by our waterjet cutting machinery to create any geometric figure you want. This equipment can perform both shaping and drilling operations, providing the advantages of wide varieties, high precision, a nice exterior and high quality sandy-finish cuts. 2.Heat is not generated by the cutting process, which enables high safety, environmental protection and easy machinability. 3.The cutting and drilling process removes the need for any die or special clamp. This makes our cutting tool exceptionally easy and flexible to use. 4.Smooth, clean and burr-free cut with a kerf width of only 1mm. Wide cutting range enables the glass thickness to reach up to 100mm.
Typical Applications of the Glass Cutting Machine
Household appliances (gas cooktop, range hood, sterilizer, television, etc.), lamps, art glass, sanitary products (such as shower room), architectural decorative glass, domestic glass, automotive glass, mirror glass, and so forth.
YC Waterjet Technology Co., Ltd. introduces its **Dual Gantry Large Waterjet Cutting Machine**, a breakthrough solution engineered for industrial precision and scalability. Combining a rigid dual-beam structure (12-meter span), multi-head flexibility, and 5-axis dynamic compensation, this system achieves ±0.05 mm repeatability while cutting materials up to 200 mm thick. Powered by the energy-efficient SERVO50 pump and WEIHONG-V9 intelligent controls, it addresses complex applications in aerospace, automotive, and architectural sectors. Backed by CE certification and global partnerships, YC Waterjet reaffirms its leadership in delivering cutting-edge, sustainable manufacturing technologies.
In today’s rapidly advancing world, industries like automotive, aerospace, and industrial machinery manufacturing are constantly seeking ways to improve their processes, reduce production costs, and achieve higher levels of precision.
Waterjet cutting is one of the most innovative and versatile methods for cutting a wide variety of materials. It has quickly gained popularity across many industries due to its ability to achieve precise cuts, especially in materials that are difficult or impossible to cut with traditional methods like laser or plasma cutting.