In metal finishing, one of the key challenges is achieving an effective edge rounding, especially on laser-cut or machined parts. Cepicat has developed a dry edge rounding brush incorporating ceramic abrasive with a flexible memory support, an innovative combination that promises to overcome the limitations of traditional methods.
The Cutting Power and Flexibility of Ceramic Abrasive with Nylon Filaments
The integration of ceramic abrasive with nylon filaments in this brush provides a level of cutting efficiency that few finishing methods can match. The ceramic abrasive, highly durable and capable of sustained abrasion, maximizes the rounding effect by harnessing the energy provided by the nylon filaments. This added force delivers cutting power superior to that of brushes with non-woven fabric, which often lack the same edge penetration and cannot achieve the same level of precision and finish.
Technical Advantages of Flexible Memory Support
The brush’s flexible memory support design allows dynamic and continuous adaptation to the surface of the metal part. This support operates at deeper levels of the edge, achieving an effective rounding from the base up, addressing a common limitation of traditional brushes. While rigid brushes tend to bevel only the top of the edge, leaving a partial rounding, the flexibility of this new design ensures a uniform, rounded finish on all sides of the edge.
Edge Rounding Results on Laser-Cut or Machined Parts
For laser-cut or machined metal parts, the primary goal is to avoid sharp edges that can be unsafe and compromise product quality. This brush effectively addresses these needs, providing a safe and visually appealing finish. As a dry method, it also avoids oxidation issues, allowing for a clean, efficient operation without the need for additional liquids or agents.
In summary, this Cepicat brush represents a substantial improvement in edge rounding for metal parts thanks to its ceramic abrasive and flexible support technology. The combination of cutting power, flexibility, and finishing precision makes it an ideal tool to optimize edge rounding in industrial applications where detail and safety are essential.