Diamond tools for rough shaping, profile generation, and calibration of edges on CNC machines.
Edge processing is a central part of production within natural stone, composite, and ceramic materials. The process includes forming, profiling, and stabilizing straight and custom-shaped edges on CNC machines.
To achieve correct geometry and high repeatability, diamond tools with customized segment construction and bonding are used. Material type, hardness, and production volume influence the choice of tools and the construction of the processing sequence.
Stable machine load, controlled material removal, and reduced vibration are crucial factors in industrial edge processing. The correct combination of wheel types provides predictable production and optimal preparation for further grinding and polishing.
Below is a selection of key wheel types used in modern CNC-based edge processing.
Calibrating wheels are used to stabilize and calibrate the edge before further grinding and polishing. They ensure correct thickness, flatness, and smooth edge surface.
With controlled material removal and stable contact surface, the need for post-processing is reduced. The result is a predictable and uniform edge that is optimal for further processing and final finish.
Pre-cutting wheels are used in the first phase of edge processing for quick and efficient removal of excess material. They establish the basic shape of the edge before further profiling and fine processing.
With robust segment construction and high material removal, these wheels are well suited for hard materials such as granite and composite. They ensure stable operation, controlled machine load, and a precise starting point for the next processing step.
Generating wheels are used for precise forming and defining of the edge profile after rough processing. They ensure correct geometry and smooth transition between processing steps.
Optimized segment design and diamond bonding provide stable profile quality and uniform surface. These wheels are especially important for complex edge shapes and where high accuracy and repeatability are critical.
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