Yes. Abrasive waterjet cutting is one of the most effective methods for cutting glass and ceramics, and when properly configured, it does not cause cracking or shattering. The key reason is that waterjet cutting is a cold cutting process—it generates no heat, so there is no thermal shock, which is the primary cause of cracking in glass and ceramics when cut by laser or other thermal methods.

Why Waterjet Does Not Crack Glass and Ceramics

Glass and ceramic are brittle materials with low thermal shock resistance. Thermal cutting methods create localized heating and rapid cooling, generating internal stress that leads to micro-cracks or complete fracture. Waterjet cutting introduces no heat into the material. The abrasive particles mechanically erode the material along the cutting path, removing material gradually without inducing thermal stress.

However, successful cutting still depends on proper parameter control. The most critical stage is piercing—the initial penetration of the jet into the material. If piercing is done too aggressively, the hydraulic pressure can cause the brittle material to crack. To prevent this, modern waterjet systems use soft piercing parameters: reduced pump pressure, controlled abrasive feed, and a slow pressure ramp-up. Some systems also use a piercing probe or tilting head to reduce impact stress at the entry point.

Achievable Results and Data

Waterjet cutting produces a smooth, matte-finish edge on glass and ceramics that typically requires no secondary grinding or polishing. For laminated glass, the waterjet cuts through all layers in a single pass without delamination. For tempered glass, cutting must be done before tempering, as the internal stress of tempered glass can cause it to shatter regardless of the cutting method. For advanced ceramics such as alumina, zirconia, and silicon carbide, waterjet cutting avoids the micro-cracks that diamond sawing can introduce.

Applications

Waterjet-cut glass and ceramics are widely used in architectural glass, artistic glass, touch panel glass, automotive glass, ceramic tiles, electronic ceramic substrates, and aerospace ceramic components. The cold cutting process also preserves the optical and mechanical properties of the material.

Winwin offers a complete range of waterjet cutting equipment, high-pressure pumps, and genuine waterjet accessories, including systems specifically configured for glass and ceramic cutting with optimized piercing parameters and low-pressure cutting capabilities. Every machine is fully customizable to your materials, thicknesses, and production targets. Winwin provides comprehensive after-sales service for products shipped worldwide, including professional installation, calibration, operator training, spare parts supply, remote technical support, and full lifecycle service, ensuring your equipment performs reliably wherever you are.