01W317 - Walter SL-1 Double Cut Carbide Burr for Steel and Stainless

Precision Deburring with Walter Allsteel Technology

The Walter Allsteel Carbide Burr SL-1 DC (SKU: 01W317) represents the pinnacle of material removal technology for industrial applications. Designed specifically for high-performance machining and grinding, this tungsten carbide burr is engineered to deliver consistent results on steel and stainless steel workpieces. The "Allsteel" series is formulated to withstand the thermal and mechanical stresses associated with grinding ferrous metals, ensuring that the cutting edges remain sharp longer than standard carbide alternatives.

This specific model features the SL-1 shape, also known as a Taper with Radius End or Cone with Ball Nose. This geometry is particularly effective for working in confined areas, contouring curved surfaces, and blending welds in corners where a standard cylindrical burr cannot reach. The 14-degree included angle provides a versatile profile for enlarging holes or smoothing tapered recesses.

The Double Cut (DC) flute pattern is a critical feature of this tool. Unlike single-cut burrs that produce long, sharp chips, the cross-cut design of the DC pattern breaks material into small, manageable granular chips. This not only makes waste disposal easier but also significantly reduces the cutting forces transferred to the operator. The result is a burr that is easier to control, vibrates less, and leaves a superior surface finish, reducing the need for secondary sanding or polishing steps. Whether used in a handheld die grinder or a CNC machine, the Walter 01W317 guarantees concentricity and balance for smooth operation.

Key Technical Benefits

• Material Versatility: Specifically optimized for mild steel, stainless steel, and steel alloys.
• Chip Management: Double cut flutes prevent loading and produce small chips.
• Durability: High-grade tungsten carbide construction resists wear and heat.
• Precision: Made in the USA with strict tolerance controls for vibration-free running.