Custom Design Electroplated Edge Profiling Tools

Tooldocker Edge Profiling Tools: Our custom-designed electroplated edge profiling tools are engineered specifically for creating thick edges on a variety of stones, including marble, sandstone, granite, and more. These high-performance tools are perfect for both heavy-duty stationed edge profiling workstation machines and CNC bridge saws.

Key Features:
Edge Profile Height Thickness: Up to 100mm, allowing for significant material removal and shaping.
Wheel Diameter: Maximum of 160mm, ensuring versatility and efficiency in various applications.
Bore Size: 30mm, compatible with a wide range of machinery for seamless operation.

High-Quality Electroplating: Our tools are made with premium electroplating technology, providing superior durability and longevity, while ensuring consistent performance and finish.
Compatibility: Designed to work seamlessly with heavy-duty stationed edge profiling workstation machines or CNC bridge saws, making them ideal for professional stone fabrication.

Applications: Suitable for edge profiling on various stone materials, including:
Marble: Achieve smooth, polished edges for aesthetic finishes.
Sandstone: Create durable edges while maintaining the stone’s natural look.
Granite: Ensure precise edge profiles for high-quality results in countertop and surface applications.

Advantages: Enhanced Performance: The electroplated design ensures high cutting efficiency and long-lasting performance, reducing downtime and increasing productivity.

Versatile Use: Ideal for both large-scale industrial applications and smaller fabrication projects, making it a versatile addition to any stone fabrication shop.

Conclusion: Upgrade your stone profiling capabilities with our custom design electroplated edge profiling tools, engineered for performance, durability, and precision. With a bore size of 30mm and compatibility with a range of stones, these tools will deliver exceptional results, enhancing the quality and efficiency of your edge profiling operations.