Valgro Turbine Disc Brush 125mm to 200mm for Deburring Cleaning Metals

Product Description

The Valgro Turbine Disc Brush is a high-performance deburring tool engineered for medium and heavy-duty finishing applications. Its innovative turbine-style design, combined with silicon carbide and ceramic abrasive filaments, ensures aggressive cutting action, extended lifespan, and consistent edge finishing. This brush maintains its shape even under heavy use, delivering reliable and repeatable results in demanding production environments.

Built for precision and endurance, the Turbine Disc Brush is ideal for removing heavy burrs, rounding sharp edges, and cleaning surfaces with uniform results. Its stable construction prevents spreading or distortion, ensuring precise control and consistent material removal across each part. Designed for CNC machines, robotic finishing systems, and manual setups, it’s a versatile choice for metal fabricators seeking efficiency and accuracy.

• High-density fill with silicon carbide and ceramic filaments for aggressive performance.

• Available in multiple grit sizes (60, 80, 120, 180) and diameters (125 mm, 150 mm, 200 mm).

• Maintains brush shape during operation for consistent, predictable finishing.

• Compatible with CNC centers, robotic arms, and automated finishing lines.

• Long-lasting construction ensures reduced tool change frequency and downtime.

• Removes heavy burrs and sharp edges efficiently in fewer passes.

• Produces smooth, consistent edge radii with controlled surface finish.

• Reduces rework and manual finishing efforts, saving labor and cost.

• Provides stable performance across high-volume production environments.

• Improves product quality and surface preparation for downstream processes.

• Deburring and edge rounding of punched, stamped, or laser-cut sheet metal parts.

• Surface preparation before coating, plating, or welding.

• Suitable for heavy fabrication, appliance, and automotive metal components.

• Ideal for automated production systems requiring precision and durability.