Fresa rotativa cilíndrica de carboneto de tungsténio RUKO ERB-HM Ø8,00 mm, dentado cruzado, haste 6 mm

The RUKO ERB-HM Ø8.00 mm solid carbide rotary burr stands out for its cylindrical form and cross-cut tooth geometry, delivering controlled stock removal on steel, stainless steel, cast iron, non-ferrous metals and plastics. Unlike single-cut burrs, the cross-cut pattern breaks chips finer for smoother surfaces and reduced vibration in die grinders and rotary tools.

Highlights

• Solid tungsten carbide head for high wear resistance and long tool life
• Cylindrical shape (Form A) with 8.0 mm head diameter and 19 mm head length
• Cross cut (standard) for efficient deburring, edge breaking and weld preparation
• 6.0 mm shank diameter fits common die grinders and rotary tools
• Maximum recommended speed: 28,000 RPM

In daily use

This burr is suited to deburring, chamfering, surface machining and milling in metalworking, fabrication, automotive and tool & die making. The solid carbide construction maintains sharpness on demanding materials, while the cylindrical profile handles flat surfaces, edges and weld seams with consistent results.

Full specifications

• Product type: Rotary burr
• Material: Tungsten carbide (HM)
• Shape: Cylindrical (Form A)
• Head diameter: 8.0 mm
• Head length: 19 mm
• Shank diameter: 6.0 mm
• Overall length: 65 mm
• Cut type: Cross cut (standard)
• Series: ERB 100 HM
• Maximum RPM: 28,000
• Suitable materials: Steel, stainless steel, cast iron, non-ferrous metals, plastics
• Applications: Deburring, edge breaking, weld preparation, surface machining, chamfering, milling
• Tool compatibility: Die grinders, rotary tools
• Manufacturing standard: DIN 8032
• Packaging quantity: 1 piece
• Surface treatment: Uncoated
• Grinding head type: Solid carbide
• Application field: Metalworking, fabrication, automotive, tool & die making

Final note

For professionals who need a reliable, high-speed burr for everyday metal finishing, the RUKO ERB-HM delivers consistent performance across a range of materials.