1. Challenges We Solve
Stone fabrication requires accurate dimensions, clean edges, and the ability to produce intricate shapes. Traditional cutting methods may struggle with complex contours, internal cutouts, and customized designs. Heat-sensitive engineered materials and expensive stone slabs also require careful processing to minimize damage and waste.
APW abrasive waterjet technology uses high-pressure water mixed with abrasive garnet to cut stone without generating a heat-affected zone. It enables complex shapes, detailed patterns, and precise contours while helping fabricators improve material utilization.
2. Recommended Waterjet Systems
APW recommends a CNC abrasive waterjet system designed for stone fabrication.
- 3-axis cutting head for standard slab cutting and profiling.
- 5-axis bevel cutting head for angled edges and miter joints.
- Rotary axis for processing selected cylindrical or specially shaped stone components.
- Multi-head system for repetitive production and increased output.
- High-pressure pump configuration selected according to stone thickness and cutting speed requirements.
3. Materials We Process
- Natural marble and granite.
- Quartz and engineered stone.
- Limestone and travertine.
- Onyx and other decorative stones.
- Ceramic slabs and porcelain tiles.
- Other architectural and decorative stone materials.
4. Application Solutions
- Kitchen & Bathroom Fabrication: Cut countertops, sink openings, cooktop openings, and customized countertop shapes.
- Architectural Decoration: Produce floor medallions, wall inlays, decorative borders, and intricate stone patterns.
- Furniture & Interior Design: Manufacture custom tabletops, decorative panels, and artistic stone components.
- Monument & Artistic Stonework: Create lettering, logos, detailed patterns, and customized stone designs.
5. Make Every Stone Design Possible
From standard slabs to intricate decorative patterns, APW helps stone fabricators expand their design capabilities and production flexibility.
Send us your stone type, thickness, and cutting drawings to find the right solution.
