01A013 - Walter SST+ 13/64" Cobalt Jobber Drill Bit with Quick Shank

Precision Engineering with Walter SST+ Drill Bits

The Walter 01A013 13/64" SST+ Jobber Drill Bit represents the pinnacle of drilling technology, designed specifically to meet the demands of modern industrial applications. Engineered with a proprietary cobalt blend, this drill bit offers exceptional hardness and heat resistance, allowing it to maintain a sharp cutting edge even under high-temperature conditions. The inclusion of cobalt in the matrix significantly extends the tool's lifespan compared to standard high-speed steel bits, making it a cost-effective choice for high-volume production environments.

One of the standout features of this model is the exclusive Quick Shank design. In an era where cordless tools are ubiquitous, the Quick Shank ensures that the bit is held securely in both keyed and keyless chucks, eliminating the frustration of bit slippage during high-torque applications. This secure connection translates directly to improved energy transfer, allowing users to drill more holes per battery charge—a critical advantage for field work and mobile maintenance teams.

Accuracy is paramount in metalworking, and the Walter SST+ delivers with its self-centering "Speed Tip." This innovative point geometry bites into the material immediately upon contact, preventing the bit from "walking" or wandering across the surface. This feature negates the need for pre-punching, saving time and ensuring precise hole placement every time. Furthermore, the bit features a back-tapered body and a special bronze SST surface treatment. These elements work in tandem to reduce friction along the flutes, facilitating efficient chip evacuation and preventing the bit from binding, especially when drilling through multiple layers of thin gauge metal.

Whether you are working with mild steel, aluminum, or non-ferrous metals, the Walter 01A013 provides the reliability and performance required for professional results. Its heavy-duty fully ground body construction ensures concentricity and structural integrity, making it a robust tool for the most challenging drilling tasks.